The present invention relates to an aerodynamic measurement probe (10) comprising: - a body (22) comprising a region of interest (25); - a heating element (40) configured to heat the region of interest (25) of said body (22) and comprising an electrical circuit extending through the body (22); - a power supply module configured to power the heating element (40). The probe (10) is characterized in that it further comprises a measurement module configured to generate measurements of the electrical resistance of the electrical circuit, the power supply module being configured to adapt the power supply to the heating element (40) based on the resistance measurements generated by the measurement module.
G02F 1/11 - Devices or arrangements for the control of the intensity, colour, phase, polarisation or direction of light arriving from an independent light source, e.g. switching, gating or modulatingNon-linear optics for the control of the intensity, phase, polarisation or colour based on acousto-optical elements, e.g. using variable diffraction by sound or like mechanical waves
G01J 3/10 - Arrangements of light sources specially adapted for spectrometry or colorimetry
H01S 3/13 - Stabilisation of laser output parameters, e.g. frequency or amplitude
The present invention relates to a radiology device (10) comprising a support (14) translatably movable along an axis of translation (Z), an ionizing-ray generator (20), and a detector (22) integral with the generator, the detector extending over a cylindrical surface limited by two planes (30, 32) perpendicular to the axis of translation, the generator comprising multiple sources (24) divided into at least two groups, arranged outside the two planes, on one side for one of the groups and on the other side for the other group, in each of the two groups the focusing points of the different sources are distributed along a curve, and in the two groups the abscissas of the focusing points defined on the curves are matched and are alternated from one of the groups to the other.
G01N 23/046 - Investigating or analysing materials by the use of wave or particle radiation, e.g. X-rays or neutrons, not covered by groups , or by transmitting the radiation through the material and forming images of the material using tomography, e.g. computed tomography [CT]
The present invention discloses a computer-implemented method for image segmentation of an input image of a target domain, the method comprising: - an inference phase to output an image segmentation mask of the input image, the inference phase comprising at least an encoding step performed by a pre-trained encoder, and a classification step performed by a few-shot classifier operating a few-shot model, the few-shot model being trained during a training phase on a set of source labeled images; - an adaptation phase to adapt the few-shot model online during the inference phase, the adaptation using a set of mixed-up images obtained by combining selected input images of the target domain coarsely annotated with labeled images of the source domain.
The invention relates to a method (10) for training a neural network (15) for data classification, which method comprises: - supplying (120) an initial training set (50) comprising pairs of matrices (51), each comprising an input matrix (51A) and an initial label matrix (51B), each term of which is an initial class number (num_i) of a term of the input matrix; - forming (130), using the initial set (50), training sets (65), final validation sets (66) and intermediate validation sets (67); and - training (135) the neural network (15) using these sets. Forming said sets comprises converting each initial label matrix (51B) into an intermediate label matrix (51C) comprising an intermediate class number (num_int_i) for each initial class number (num_i). The intermediate class number of a majority class (num_int_maj) is zero.
COMMISSARIAT À L'ENERGIE ATOMIQUE ET AUX ENERGIES ALTERNATIVES (France)
Inventor
Larrue, Alexandre
Garcia, Michel
Theveneau, Claire
Simozrag, Bouzid
Izquierdo, Eva
Abstract
The invention relates to a method (100) for manufacturing a plurality of optical-detection circuits (CD), the method comprising the steps of: A providing an initial substrate (SUB) common to the plurality of circuits, B producing alignment holes (HO) on the front face, these holes having what is termed a reference depth (d) of between 5 and 50 µm, C transferring a first intermediate substrate (SH1) onto the front face of the initial substrate (SUB) by bonding, D thinning the rear face of the initial substrate until the bottom of the alignment holes is reached, E collectively performing, for the plurality of sets of pixels, a structuring of the rear face so as to produce a plurality of associated metasurfaces (MS), F transferring a second intermediate substrate (SH2) onto the structured rear face by bonding, G removing the first intermediate substrate.
The invention relates to a method for elaborating (1) and deploying (2) an improved configuration (Rc) of an active array of sonobuoys in a geographical space divided into a grid of boxes, wherein: • the improved configuration is determined (1) iteratively; and • the improved configuration (Rc) is deployed (2).
METHOD FOR DETERMINING NAVIGATION DATA FOR A VEHICLE BASED ON CORRELATION OF SONAR OR RADAR DATA AND HYBRIDIZATION WITH AN INERTIAL UNIT, AND SYSTEM CAPABLE OF IMPLEMENTING SUCH A METHOD
The present invention relates to a method for determining navigation data for a vehicle having an inertial unit (6), an antenna (7) and a processing module associated with the antenna (7). The method comprises: - a temporal registration step (22), during which the time offset (DT) between the inertial unit navigation data (DOJNS) and the antenna navigation data (D1_SAS) is corrected; - a step (24) of calculating hybridized antenna navigation data (D2_SAS), based on the antenna (7) and the registered inertial unit navigation data (D2JNS); and - a bias correction step (26), during which an error on the registered inertial unit navigation data (D2JNS) that is inherent to the inertial unit, referred to as bias, is corrected on the basis of the hybridized antenna navigation data (D2_SAS).
i.seli.sel), for each target label matrix and a relevant estimated label matrix (51C_Ent, 51C_VI, 51C_VF) from the current neural network in response to the relevant input matrix, a distance transform matrix is determined so as to apply a modulation function (f_mod) thereto in order to estimate (144, 154) a performance indicator of the current neural network.
CENTRE NATIONAL DE LA RECHERCHE SCIENTIFIQUE (France)
UNIVERSITE PARIS-SACLAY (France)
Inventor
Mantion, Sarah
Anane, Abdelmadjid
Martins, José Paolo
Lebrun, Romain
Boventer, Isabella
Bortolotti, Paolo
Abstract
The invention relates to a magneto-electric device (10) comprising: a substrate (12); a magneto-electronic module (14) secured to the substrate; electronic connections (16, 18) to the magneto-electronic module; a magnetic element arranged at a non-zero distance from the magneto-electronic module; and an actuating member (24) capable of modifying the non-zero distance. The device further comprises uprights (30) arranged on either side of the magneto-electronic module; the actuating member comprises a conductive electrode (34) arranged on the magneto-electronic module (14) and between the uprights; and the magnetic element comprises a suspended membrane (22) extending between the uprights, facing the electrode; the membrane being capable of being elastically deformed under the effect of an electric voltage applied between the membrane and the electrode, so as to move the membrane toward and/or away from the electrode.
The present invention relates to an optical scanning antenna (10) comprising: - a light source (12) generating a beam, - a dividing unit (14) that divides the generated beam into N sub-beams, - a control unit (16) for controlling the relative phase of the N sub-beams, - an integrated photonic circuit (11) comprising a set of extractors (34), the extractors (34) being arranged in a first two-dimensional periodic array, each extractor (34) being able to extract one respective sub-beam from a plane of the integrated photonic circuit (11), - an array of lenses (20) arranged in a second two-dimensional periodic array, the first array and second array having the same arrangement, and - a movement unit (22) allowing the first array and the second array to be moved with respect to each other.
G01S 7/481 - Constructional features, e.g. arrangements of optical elements
G01S 17/32 - Systems determining position data of a target for measuring distance only using transmission of continuous waves, whether amplitude-, frequency-, or phase-modulated, or unmodulated
The dust extraction device (1) comprises: - a housing (5); - an air ionizer (7) mounted on the housing (5), configured to diffuse a stream of ionized air; - an air-intake device (23), with a suction pipe (25) comprising a flexible part (27), a suction head (29) mounted on the flexible part (27) of the suction pipe (25), a dust filter (31) inserted into the suction pipe (25), and an air circulation member (33) causing air to circulate from the suction head (29) along the suction pipe (25) through the dust filter (31), at least the air circulation member (33) being mounted on the housing (5); - UV lighting (39), with a UV light projection member (41).
The present invention relates to a device (10) for detecting optical pulses, the detection device (10) comprising: - a single detector (12) comprising N independent detection surfaces (20) having the same dimensions, N being an integer greater than or equal to two, the N detection surfaces (20) being able to receive an optical pulse of identical power surface density over all of the detection surfaces (20); - M processing chain(s) (14) for processing the signals at the output of the N detection surfaces (20), M being an integer between 1 and N, each processing chain (14) comprising an amplification unit (22) having an amplification gain and a filtering unit (24), each processing chain (14) being connected to one or more detection surfaces (20) that are separate from the potential other processing chains (14) such that each detection surface (20) is connected to the or one of the M processing chains (14).
The invention relates to a computer-implemented data classification method comprising: - a phase of training an initial neural network comprising a step of initializing the initial neural network, of receiving a dataset of unannotated data, of applying the initial neural network to each datum of the received dataset, of partitioning the data thus processed into different partitions, of assigning identical labels to the data in the same partition, of calculating confidence indices for the labels of the partitioned data, of deducing the class of each datum and of training the initial neural network to obtain a trained neural network; and - an inference phase comprising a step of receiving data to be classified and a step of applying the trained neural network to the received data in order to obtain a classification of the received data.
The invention relates to an avionic electronic computer installed on board an aircraft, the electronic computer comprising a group of electronic computing card(s) (25) comprising computing resources and storage resources (40); a batch of micro-services executed independently of one another, with at least part of the resources; a set of software application(s) for calling one or more of the micro-services; and a set of orchestrator(s) (55, 56) for implementing the batch of micro-services by allocating at least part of the resources. The set of orchestrator(s) includes a plurality of orchestrators (55, 56), and the group of electronic computing card(s) comprises at least two virtual machines (50) and a hypervisor (45) for managing the virtual machines, the hypervisor being common to the group of electronic computing card(s) and configured to distribute at least part of the resources between the virtual machines (50), each virtual machine hosting one of the orchestrators and making its resources available to the orchestrator.
The present invention relates to a method for recommending optimized routes for a vehicle, the method comprising the following steps: - receiving at least one optimized route proposal and then, for each optimized route proposal received: - checking whether or not the optimized route proposal, associated with a current context of the vehicle, belongs to a predefined trust domain (20); - if so, transmitting the optimized route proposal to a performance database (10); - receiving associated performance values for the vehicle; - transmitting the optimized route proposal associated with the performance values for the vehicle to a decision module; - checking whether or not the optimized route proposal can be issued as an optimized route recommendation; - if so, issuing this proposal as an optimized route recommendation.
The present invention relates to a modular computing system (1) forming at least one computer, the system comprising: a motherboard comprising a plurality of PCIe slots and at least one PCIe switch, the PCIe switch being able to route the data communication between the various PCIe slots; a plurality of expansion cards, each expansion card being provided with a PCIe connector and one or more electronic components, the plurality of expansion cards comprising at least one expansion card of a first type, the one or more electronic components of each expansion card of the first type comprising at least one central processing unit and at least one memory, the expansion cards each being plugged into a slot of the respective motherboard, the PCIe switch being configured to define at least one expansion card of the first type as a root complex, RC, to form a computer.
The invention relates to a method for detecting anomalies in time series, comprising: - carrying out training on normal-training, normal-calibration and abnormal series, comprising the following steps: - applying a statistical technique to the normal series in order to obtain training representation parameters, - applying the statistical technique to the normal-calibration and abnormal series in order to obtain calibration representation parameters, - calculating a list of training distances for each calibration representation parameter, - determining an abnormality threshold based on consistency rates of the time series, - detecting anomalies in an obtained series, comprising the following steps: - applying the statistical technique to the obtained series in order to obtain representation parameters, - calculating a list of distances for each representation parameter, - classifying the obtained time series based on the consistency rates.
The dust removal device (1) comprises: - a sealed box (5) delimiting an internal volume (7), with a support (9) for the component (3) housed in the internal volume (7), and a door (11) for accessing the internal volume (7); - at least one air ionizer (15) configured to diffuse a stream of ionized air onto the component (3) placed on the support (9); - a ventilation circuit (17), with an air duct (19) having an intake (21) communicating with the internal volume (7) and a plurality of blowing orifices (23) opening into the internal volume (7), a dust filter (25) inserted along the air duct (19), and an air circulation member (27) causing air to circulate along the air duct (19) from the intake (21) to the plurality of blowing orifices (23) through the dust filter (25).
The present invention relates to a holding device (10) for holding at least one modular component (12) positioned on a rail (14), the holding device (10) comprising: - a mounting base (20) that can be inserted onto the rail (14); - a reversible fastener (22) for reversibly fastening the mounting base (20) to the rail (14); - a clamping element (24) configured to bear on a modular component (12) in parallel with the rail (14); - a connection (26) configured to move the clamping element (24) relative to the mounting base (20); characterized in that the connection (26) is configured to move the clamping element (24) relative to the mounting base (20) along a longitudinal axis A-A' parallel to the rail.
The present invention relates to a device (14) for attenuating a polychromatic optical flow around a wavelength of interest, the wavelength of interest being included in the wavelengths of the polychromatic optical flow, wherein the polychromatic optical flow is collimated, the attenuation device (14) comprising: - a Fabry-Pérot filter (20) formed by two semi-reflective plates spaced apart from one another; and - a control unit (22) for controlling the Fabry-Pérot filter (20), the control unit (22) being suitable for: • modifying the spacing between the two semi-reflective plates so that the central wavelength of the Fabry-Pérot filter (20) is the wavelength of interest, and • modifying the inclination between the two semi-reflective plates in order to adjust the amount of polychromatic optical flow transmitted around the wavelength of interest.
illrp-110pp-120sccc), via a nonlinear pump-and-probe frequency summation operation, the system further comprising a detector (140) of the converted pulse.
G01S 7/481 - Constructional features, e.g. arrangements of optical elements
G01S 17/10 - Systems determining position data of a target for measuring distance only using transmission of interrupted, pulse-modulated waves
G01S 17/18 - Systems determining position data of a target for measuring distance only using transmission of interrupted, pulse-modulated waves wherein range gates are used
The invention relates to a coil resulting from the stacking of at least two double-sided elements, each double-sided element comprising two conductive layers etched so as to form tracks. This coil comprises a bundle comprising a plurality of strands, each strand (50) comprising at least one wire, each wire comprising one filament or one pair of filaments, each filament resulting from the connection of a plurality of tracks. Each strand results from combining unit elements (51, 52, 53, 54) identical to one another, a unit element comprising an active central zone (51-2), an interconnect zone (51-1) and an exchange zone (51-3), an electrical connection of two unit elements being made by interconnect vias (21, 26) between either the interconnect zones when the two unit elements do not belong to the same double-sided element or the exchange zones when the two unit elements do belong to the same double-sided element.
The invention relates to a printed circuit board (12) comprising a plurality of layers (15, 15') laminated on top of one another and having a top face (14A). The board comprises a via (20), which is formed through the board (12) and which comprises a first metal shaft (21). The via (20) comprises a second metal shaft (22), which is arranged in a first internal volume (V21) of the first shaft and is secured to the first shaft by means of a first polymer resin (32). A top end (26A) of the second shaft is closer to the top face than a top end (24A) of the first shaft, the first shaft being able to be connected to a first conductive element having a first electrical potential, while the second shaft is able to be connected to a second conductive element having a second electrical potential, the second electrical potential being different from the first electrical potential.
The invention relates to a coil comprising a bundle, the bundle comprising a plurality of strands, each strand comprising a plurality of wires, each wire comprising a pair of filaments (371-1, 371-2 to 376-1, 376-2), each pair of filaments resulting from the connection of a plurality of etched tracks on different conductive layers of the printed circuit. Each strand of the coil results from combining unit elements (351) identical to one another, a unit element extending radially between an inner periphery and an outer periphery of the coil, a unit element comprising a track for each filament of each pair of filaments of each wire of the strand.
This coil results from stacking at least two bifacial carriers, each bifacial carrier comprising two conductive layers etched to have tracks. This coil comprises a bundle comprising a plurality of strands, each strand (50) comprising at least one wire, each wire comprising one filament or a pair of filaments, each filament resulting from connection of a plurality of tracks. Each strand results from association of unitary elements (51, 52, 53, 54) that are identical to one another, a unitary element comprising an active central region (51-2), an interconnection region (51-1) and an exchange region (51-3), two unitary elements being electrically connected by interconnection vias (21, 26) between either the interconnection regions when the two unitary elements do not belong to the same bifacial carrier or the exchange regions when the two unitary elements belong to the same bifacial carrier.
The present invention relates to an optical sighting system (10) comprising: - a first optical path (22) for conveying a first optical flow in a first wavelength band, the first optical path (22) comprising a first mobile optical group capable of being moved in translation to modify the magnification of the first optical path (22), - a second optical path (24) for capturing a second optical flow in a second wavelength band, the second optical path (24) comprising a second mobile optical group capable of being moved in translation to modify the magnification of the second optical path (24), - a user interface (26) for receiving a magnification command, and - a unit for modifying the magnification of the first optical path (22) and the second optical path (24) following the reception of the magnification command.
F41G 1/38 - Telescopic sights specially adapted for smallarms or ordnanceSupports or mountings therefor
H04N 23/11 - Cameras or camera modules comprising electronic image sensorsControl thereof for generating image signals from different wavelengths for generating image signals from visible and infrared light wavelengths
The present invention relates to a log-periodic antenna (10) comprising a boom (12) extending in a plane along an elongation axis (E), the boom (12) carrying successive radiating elements (14) arranged along the elongation axis (E), the radiating elements (14) extending along an elevation axis (Z), in which, on at least one portion of the boom (12), the quotient of the distance separating a radiating element (14) from an immediately succeeding radiating element (14) by the distance separating the radiating element (14) from the immediately preceding radiating element (14), is constant, characterised in that at least a plurality of successive radiating elements (14) are arranged alternately on either side of a plane defined by the elongation axis (E) and the elevation axis (Z) and at a non-zero distance from this plane.
The invention relates to a coil resulting from the stacking of at least two double-sided elements, each double-sided element comprising two conductive layers etched so as to form tracks. This coil comprises a bundle comprising a plurality of strands, each strand (50) comprising at least one wire, each wire comprising one filament or one pair of filaments, each filament resulting from the connection of a plurality of tracks. Each strand results from combining unit elements (51, 52, 53, 54) identical to one another, a unit element comprising an active central zone (51-2), an interconnect zone (51-1) and an exchange zone (51-3), an electrical connection of two unit elements being made by interconnect vias (21, 26) between either the interconnect zones when the two unit elements do not belong to the same double-sided element or the exchange zones when the two unit elements do belong to the same double-sided element.
The present invention relates to a method for broadcasting a distribution into communication groups for a set of electronic devices comprising a network controller and third-party electronic devices. Each electronic device is identified by a unique identifier. The method is implemented by the network controller and comprises at least broadcasting, to each third-party electronic device, an ordered list of the identifiers of the electronic communication devices and at least one list of one or more boundaries. The at least one list of one or more boundaries comprises at least one rank in the ordered list of identifiers, delimiting a boundary between two communication groups. At least one electronic device the identifier of which is ranked before said rank in the ordered list belongs to a first communication group. At least one electronic communication device the identifier of which is ranked after said rank in the ordered list belongs to a second communication group.
The invention relates to an electronic platform (40) for an aircraft (5), the aircraft (5) comprising an electronic system (10) divided into a critical domain (12) and an open domain (14), the electronic system comprising a plurality of critical avionics systems (20) belonging to the critical domain and a plurality of electronic devices (24) belonging to the open domain, the critical avionics systems comprising avionics sensors (32), and the electronic devices comprising non-avionics sensors (34). The electronic platform (40) is included in the open domain and comprises a receiving module (42) configured to receive avionics data representative of quantities measured by the avionics sensors and non-avionics data representative of quantities measured by the non-avionics sensors; and a correlation module (44) configured to correlate the avionics data with the non-avionics data in order to convert them into correlated data and to detect an event in the aircraft.
The invention relates to a method for manufacturing a container configured to attenuate disturbances of incoming and outgoing electromagnetic fields, comprising: - removing the wooden floor (2) from an existing ISO shipping container (1); - stripping locations of the container for welds; - welding a metal floor (9) into place using a continuous welding process; - welding an internal metal partition (11) into place around its periphery, using a continuous welding process, thus forming an internal attenuation part (12); - making at least one first cutout (13) in a wall of the container so as to receive a door assembly (14); - making at least one second cutout (15) in the internal metal partition so as to receive a first frame (16) for a communication interface (17); - making at least one third cutout (18) in a wall of the container so as to receive a second frame (19) for a communication interface (20); - fitting the at least one door assembly; - fitting at least one first frame in the second cutout; - fitting at least one second frame in the third cutout.
Protecting an artificial intelligence model installed in an artificial intelligence system developed using the artificial intelligence program development system from being pirated by receiving by the artificial intelligence development system an unprotected artificial intelligence model, transforming the unprotected artificial intelligence model into a protected artificial intelligence model using a transformation function (f) after the training phase of the artificial intelligence model, and operating a protecting AI runtime accessible via an application programming interface to access the protected artificial intelligence model by executing an inverse transformation function (f1) incorporated into access routines of the protecting AI runtime.
G06F 21/14 - Protecting executable software against software analysis or reverse engineering, e.g. by obfuscation
G06F 21/54 - Monitoring users, programs or devices to maintain the integrity of platforms, e.g. of processors, firmware or operating systems during program execution, e.g. stack integrity, buffer overflow or preventing unwanted data erasure by adding security routines or objects to programs
The present invention relates to a device (20) for bore-sighting between a sight (14) and a weapon (10), the sight (14) being mounted on the weapon (10), the bore-sighting device (20) comprising an optical block (30) suitable for being reversibly assembled on the weapon (10), the optical block (30) comprising: - an emission source (36) capable of emitting an electromagnetic beam along an emission axis (Ae) substantially coincident with the firing axis (At) of the weapon; and - a return member (38) capable of returning the electromagnetic beam at 180°, referred to as the returned electromagnetic beam, along an adjustment axis (Ar) parallel to the emission axis (Ae), the returned electromagnetic beam allowing the bore-sighting of the sight (14) on the weapon (10).
The present invention relates to an optical sighting system (10), which comprises: - a splitting unit (20) capable of spectrally splitting an incident optical signal (FI) into a first optical signal (F1) and a second optical signal (F2); - a first optical channel (22) for conveying the first optical signal (F1); - a second optical channel (24) for capturing the second optical signal (F2); - an image capture and processing unit (26) capable of generating an image, referred to as a captured image, from the second optical signal (F2) captured by the second optical channel (24); and - a unit (28) for generating an image, referred to as a fused image, resulting from the fusion of a rendering of the captured image and an image from the first optical signal (F1) conveyed by the first optical channel (22).
Disclosed are a method and a system for provisioning credentials for direct communication between a first wireless communication device and a second wireless communication device. Exemplary method comprises establishing a secret key between the first wireless communication device and the second wireless communication device using physical layer security in a V2X (Vehicle-to-Everything) environment. Further, method comprises using the secret key, by the first and second wireless communication devices, to derive one or more keys for establishing the direct communication, or use directly as a shared key for establishing the direct communication.
Provided is a system and method, implemented by way of a framework and protocol, for dynamic verification of an ML model trustworthiness in a zero-trust and distributed environment, based on ML model watermarking in conjunction with the production of an attestation. The attestation protocol for a MLaaS function verifies the origin and ownership of a trained ML model used therein. An attestation of origin (AO) result is produced to provide ML model ownership information, whereby a cloud application can evaluate the AO result to verify the ML model ownership information as to whether it can trust the ML model, for example, according to its policy and decide whether to use it or not. Other embodiments disclosed.
G06F 21/57 - Certifying or maintaining trusted computer platforms, e.g. secure boots or power-downs, version controls, system software checks, secure updates or assessing vulnerabilities
G06F 21/64 - Protecting data integrity, e.g. using checksums, certificates or signatures
The present invention relates to an equipment housing (12), comprising: - a structure (16), - a set (18) of walls defining a closed internal volume (30) therebetween, the set (18) of walls comprising: o at least one first wall (22) attached to the structure (16); o at least one second wall (24) attached to the structure (16), the second wall (24) comprising a first locking element (40) mechanically locking the first wall (22); and o at least one third wall (26) attached to the structure (16), the third wall (26) comprising a second locking element (50) mechanically locking the second wall (24).
The present invention relates to a method (100) for detecting targets within radar images, comprising the following steps: - creating (102) a neural network, capable of receiving six separate data channels at input and optimized for target detection, by combining: - a first U-shaped U-Net architecture (A1); - a second architecture (A2) comprising three successively connected compression stages (54, 56, 58), the combining operation parallelizing the encoding part of the first architecture (A1) and the second architecture (A2); - a phase (104) of training the neural network; - detecting (108) targets within a current radar image by using the trained neural network in an inference phase (106).
G01S 7/41 - Details of systems according to groups , , of systems according to group using analysis of echo signal for target characterisationTarget signatureTarget cross-section
G01S 13/524 - Discriminating between fixed and moving objects or between objects moving at different speeds using transmissions of interrupted pulse modulated waves based upon the phase or frequency shift resulting from movement of objects, with reference to the transmitted signals, e.g. coherent MTi
G01S 13/95 - Radar or analogous systems, specially adapted for specific applications for meteorological use
The present invention relates to an aeronautical measuring instrument (10) comprising a body (22) and a heating element (40), the body (22) defining a region of interest (25) intended to be exposed to aerodynamic flows. The instrument (10) is characterized in that the heating element (40) is encapsulated in the body (22) and configured to heat the region of interest (25).
The invention relates to a method for transforming a radial basis function neural network (RBFN) into a fuzzy inference system. This method comprises a step (110) of dividing the network into separate RBFN sub-networks and then a step (120) of separating each of these sub-networks. A layer of inference nodes is then inserted (130) at the output of the sub-networks, each inference node applying an inference rule, then the sub-networks provided with this inference layer are subjected to a training phase (140) using a set of training data. The functions for activating the neurons of the intermediate layer are then degraded (150), those relating to neurons connected to a same node of the input layer being degraded into membership functions representing a partitioning of the input space. Lastly, a fuzzy inference system functionally equivalent to the RBFN is generated (160) from the membership functions and from the previously adjoined inference rules.
G06N 3/042 - Knowledge-based neural networksLogical representations of neural networks
G06N 3/043 - Architecture, e.g. interconnection topology based on fuzzy logic, fuzzy membership or fuzzy inference, e.g. adaptive neuro-fuzzy inference systems [ANFIS]
The present invention relates to an optical system (10) for acquiring images of a scene, comprising: - a first optical channel (12) for providing a first optical flow originating from the scene viewed from a first field of view, - a second optical channel (14) for providing a second optical flow originating from the scene viewed from a second field of view having a smaller dimension than the first field of view, - a polarising splitter (16) for recombining a portion of the first optical flow according to a first polarisation state with a portion of the second optical flow according to a second polarisation state in order to form a recombined optical flow, - a sensor (18) for capturing the recombined optical flow, and - an array of polarisers (20) positioned in the plane of the sensor (18).
09 - Scientific and electric apparatus and instruments
10 - Medical apparatus and instruments
12 - Land, air and water vehicles; parts of land vehicles
13 - Firearms; explosives
16 - Paper, cardboard and goods made from these materials
35 - Advertising and business services
36 - Financial, insurance and real estate services
37 - Construction and mining; installation and repair services
38 - Telecommunications services
39 - Transport, packaging, storage and travel services
40 - Treatment of materials; recycling, air and water treatment,
41 - Education, entertainment, sporting and cultural services
42 - Scientific, technological and industrial services, research and design
45 - Legal and security services; personal services for individuals.
Goods & Services
Computer software, recorded; Downloadable software applications; Cloud servers; Computer software platforms, namely: Recorded or downloadable computer software; Computer peripheral devices; Computer chips; Printed circuits; Integrated circuit cards [smart cards]; Electronic cash cards; Databases; Computers; Semi-conductors; Interfaces for computers; SIM cards; Scientific, nautical, surveying, photographic, cinematographic, optical, weighing, measuring, signalling, checking (supervision), life-saving and teaching apparatus and instruments; Apparatus and instruments for conducting, switching, transforming, accumulating, regulating or controlling electricity; Apparatus for recording, processing, transmission or reproduction of sound or images; Apparatus and instruments for transferring, receiving and storing sound, images and data, in digital and analogue form; Radar apparatus; Sonars; Transmitting sets [telecommunication]; Sensors; Calculators; Apparatus for the recording, transmission or reproduction of sound, images and data; Detectors; Global positioning systems GPS transmitters; Calculating machines; Post-quantum calculators; Cloud computing software; Software for the security and protection of computer data, computer and telecommunications networks and units; Cloud network monitoring software; Cyber risk detection and identification software; Downloadable computer security software; Computer software for the detection of threats to computer networks; Cryptography software; Decryption and encryption programs and circuits; Electronic encryption units; Internet access software; Computer software for use in computer access control; Computer software for authorising access to databases; Computer software for controlling and managing access server applications; Access interfaces for managed private circuit networks; Access and control devices for access to data processing equipment; identification and authentication devices for use with data processing apparatus and equipment; Software for software licensing, Licence management for software; Software for controlling access to software; Software for tracking, managing and reporting relating to the use of and access to licensed software, and providing software license models; Computer apparatus and devices for the security and protection of computer data, computer networks and telecommunications; Networks interfacing between card or label readers and data transmission lines or computers; Electronic tracking apparatus and instruments; Remote control device; Invader sensors: Software for IT security authentication; Payment applications (software); Banking cards [encoded or magnetic]; Coded bank cards, Magnetically encoded debit cards; Encoded credit cards, Magnetic credit cards, Downloadable e-wallets; Magnetic payment cards; Encoded charge cards; Automated teller machines [ATM]; Encryption apparatus; Electronic encryption units and Computer microprogramming units; Integrated circuits; Printed circuit boards for memory cards or microprocessors; Micro-circuits; Microprocessors, Protected microprocessors; Electronic cards; Integrated circuit cards [smart cards]; microcircuit cards; Magnetic cards; Identity cards, magnetic; Remote cards; Electronic chip cards; Computer interface boards; Integrated circuit memory cards; Memory sticks; Identifiers (transponders); Interfaces for memory cards or microprocessors; Image scanning apparatus; Optical code readers; Scanners for data processing; E-payment software; Computer software to enable the provision of information via communications networks; Software for card readers; Software for writing programs for electronic chip cards, card readers and chip card devices and equipment; Computer programs and operating systems for chip card readers; Software for the security and protection of computer data, computer networks and telecommunications; Software for network and device security; Computer software for database management; Environmental monitoring software; Telecommunications software for use in connecting global computer networks; Telephone network access, access control, identification and authentication devices; Databases; Data networks; Data processing equipment and computers; Computer database servers; Optical scanners; Facial recognition software; Facial recognition apparatus; Biometric identification apparatus; Computer software for biometric systems for the identification and authentication of persons; fingerprint recognition software; Biometric passports and Biometric identity cards; Biometric passports; Biometric passports; Electronic ID cards; Identity cards, encoded; Biometric fingerprint readers; Fingerprint scanners, Optical scanners; Fingerprint imagers; Fingerprint identification terminals and software; Electronic devices, terminals and software for biometric data identification; Biometric identity management systems; Biometric sensors; Biometric data storage apparatus and Biometric data processing apparatus; Digital recording media for biometric data storage; Recorded electronic databases containing biometric data; Computer programs, recorded; Computer programs, downloadable; Microprocessors; Electronic smart cards; Labels with electronic chips, with microcircuits, with integrated circuits, with electronic memories, remote; Electrical components or Electronic components; Radio frequency identification (RFID) readers; Readers for electronic labels; Card reading equipment; Smart card readers; IC card readers or Microchip card readers; Smart card or chip card readers; Devices and equipment operated using chip cards, cards with integrated circuits or micro-circuits; Detection apparatus; Remote monitoring apparatus; Sensors for determining position; access devices, Access control devices, identity devices and Authentication devices; Safety control apparatus and devices; Biometric access control systems; Electric and electronic access control apparatus, equipment and devices; Detecting apparatus and instruments, Monitoring apparatus and instruments and Checking (supervision) apparatus and instruments; Software to control building environmental, access and security systems; Telephone apparatus; coin-operated telephone apparatus; Downloadable or recorded computer software, applications and programs enabling the remote providing, setting up, configuration and loading of profiles for integrated SIM cards (eSIM) and connected objects (IoT); Downloadable or recorded computer software, applications and programs for the remote management, activation and updating of identification profiles; Electronic apparatus and instruments for the transmission, processing, security and updating of data relating to providing and setting up connected apparatus remotely; data processing equipment and systems; Aircraft flight control apparatus and instruments; Satellite navigational apparatus; Electronic surveillance apparatus; Radio monitors for reproduction of sound and signals; accident signal transmitters; Black boxes [data recorders]; Computer software for data processing, Computers for aircraft flight control; Computer software for monitoring, analysing, controlling and running aircraft flight control operations; Software for running aircraft flight controls; Electronic publications, The aforesaid publications containing information on aircraft flight controls and means of communications, digital calculators; Computer programs for running aircraft flight controls; Electronic publications, All the aforesaid publications containing information on aircraft flight controls; Computer and electronic aircraft flight control apparatus and instruments; Aircraft flight control computers; Computers for fins, lifts, and spoilers as a part of aircraft flight controls; Aircraft flight control actuator and receiver; Electronic process control units for running aircraft flight controls; Magnetic, optical, quantum, inertial and pneumatic navigation systems; radio navigation systems; Detect and avoid (DAA) radars in the aeronautical sector; Precision approach radars for automatic landing in the aeronautical sector; Radar jamming apparatus; Artificial intelligence and machine learning software; Computer software for network and computer unit security and for the security of data acquisition, collection, transmission, processing, analysis and broadcasting and for securing data acquisition, collection, transmission, processing, analysis and broadcasting; Artificial intelligence software for network and computer unit security and for securing data acquisition, collection, transmission, processing, analysis and broadcasting; Electronic devices and computing instruments for real-time data processing (edge computing); Electronic databases and storage media for smart mission systems; Software and software applications for controlling, piloting and flying drones; Platforms in the form of recorded or downloadable software for drone control, piloting, navigation and data processing; Software, software applications and software platforms for drone fleet management; Sensors, optical instruments and devices for collecting and transmitting data on board drones; Drone jammers; Electronic surveillance apparatus and electronic detecting apparatus; Systems for detecting the following goods: Drones, Aircraft, Land automotive vehicles, ships and Underwater; Object detecting sensors; Signal convertors; Signal processing apparatus; Apparatus and instruments emitting electromagnetic waves for neutralising drones; Training, user, instructional or teaching manuals in electronic format; Computer manuals in electronic format; Computer software manuals in electronic format; Downloadable electronic publications in the nature of magazines In the computing field; Computer hardware or computer user guides in electronic format; Aircraft management devices, namely Computers, computer software and database servers for providing in-flight connectivity, flight planning and optimisation, flight database services, data link, cabin services, flight tracking, concierge services, and an on-board environmental control system and air management systems; X-ray analyzers [other than for medical use]; X-ray laminographic inspection apparatus, other than for medical use; Ultraviolet detection apparatus; X-ray security screening machines; Full-body X-ray scanners for security purposes; Computer programs for analysis of medical images and Parts and components for the aforesaid goods; Electronic components; Electron beam accelerators; Electron guns; Electron capture detectors; Tube amplifiers; X-ray tubes not for medical purposes; Amplifying tubes; Image converter tubes; Image intensifier tubes; Microwave tubes, Photo-sensitive tubes; Radiation tubes; Telecommunications signal processing apparatus; Signal transmission apparatus; Radio frequency identification devices [transponders], transponders, Security apparatus for processing audio signals; Data processors; Sound processors; Processors [central processing units], Image scanning apparatus; Thermal imaging apparatus for night vision; Thermal imaging apparatus [other than for medical use]; Distance measuring apparatus; Memory devices; Data protection backup units; Graphical user interface software; Electromagnetic cannons; Electromagnetic pulse apparatus; Microwave tubes; Simulation [training] software for learning and experimentation in the field of air navigation, air traffic management, air traffic control, air flight planning, risk management in the field of air navigation; Software for aircraft environment and equipment simulation; Augmented reality software for simulation; Virtual reality software for simulation; Simulators for simulating the operation of aircraft, Simulators for training personnel in the flying of aircraft; Simulation devices for training in the field of air navigation and air traffic control; Exercise and training simulators; Computer software for the automation of operations and planning of the maintenance in the sector of aviation management; Computer software for entry, storage, detection, preservation and accessibility of information regarding the aircraft and aviation facilities; Computer software relating to automation; Computer software and programs for controlling the aircraft; Software for communication between cockpit and operator back office; Aircraft passenger entertainment devices, namely Computers, computer software and database servers for providing multimedia content, including audio and video entertainment programmes, and providing content access software; Software and electronic applications for flight operations management; Electronic databases containing air navigation information; Software featuring air navigation maps and graphics; Downloadable electronic documents, namely Flight manuals, user manuals, aeronautical procedure manuals and regulatory documents in the field of aviation; Graphic illustrations and tables in electronic format, logbooks and checklists in electronic format; Radar transmitters; Satellite transceivers; GPS transmitters; Radio transceivers; Optical transceivers; GPS receivers; Aerials and communications systems for aircraft; Computer hardware and software installed in connected cockpits for monitoring, testing and maintaining aircraft systems and for displaying data relating to such systems; Display units and instruments for use in connected cockpits; Computer hardware and software for inputting flight data and for issuing warnings to crew in connected cockpits; Systems for monitoring traffic on computer networks, electronic devices and software for intrusion detection and prevention; Electronic encoders and software for communications and data security; Software for operating system protection and security; Hardware and software for listening to, monitoring and analysing civilian communications networks; Computer intrusion detection software; Computer system protection software; Software for analysing and protecting against computer intrusions; Electronic, optical, checking, measuring apparatus and instruments for detecting computer intrusions, protecting computer systems and analysing protection against computer intrusion; Telecommunication apparatus and equipment for use in telecommunications traffic analysis; Computers for use in telecommunications analysis; Computer software for analysing telecommunications; Communication interface units; Electrical and electronic apparatus and instruments for the secure transfer of information; radio, telecommunications, telephonic and satellite apparatus and instruments; Handsets and headsets for use with radio, telecommunications, telephone and satellite apparatus and instruments; Radio-telephone apparatus and instruments; Transponders; Signal sensors; Telecommunications equipment, namely Routers, network access controllers, resilient telephony systems, session controllers for ensuring security and signalling in voice-over-internet communications networks, microwave link transceivers, transceivers for VLF (very long frequency) and tropospheric links; Aerials; Radar systems; radar control systems; radar and engagement weapon control systems; missile guidance and control systems; ranging systems; Range finders; apparatus for use in aiming weapons, guiding missiles or projectiles, or for use in training operators of weapons systems; apparatus for the guidance, homing and aiming of weapons; electronic countermeasures apparatus; weapon warning apparatus; electromagnetic warning apparatus; infra-red, heat, homing and target detecting devices, apparatus and equipment for weapons; weapon targeting systems; weapon guidance systems; weapon engagement control systems; computer software for use in aiming weapons, guiding missiles or projectiles, or for use in training operators of weapons systems; computer software for weapon control, weapon guidance, weapon management and weapon warning; computer software for radar control and management; computer software for missile threat detection and warning; computer software and systems for training weapon operators; Military operation and combat command software; Data analysis and processing software and software applications for intelligence; Software and hardware for managing and piloting unmanned platforms, namely drones and robots; Software for managing security for sensitive sites, critical infrastructure, cities, major events and civil and military airports; Software and devices for assisting with the detection and identification of chemical, biological, radiological and nuclear threats; Data processing equipment; Electronic and computing devices for data intercommunication, exchange and transfer and information for air navigation and command assistance; Display consoles; Analogue convertors; Frequency transformers; Aerial converters; Ultrahigh frequency translator apparatus; Target-seeking devices (optical or telescopic); Target location apparatus [optical], Target location apparatus [electric], Target location apparatus [electronic], Target location apparatus [telescopic]; Target seekers [electric] and Target seekers [electronic]; Electronic, optical, satellite, electric and telescopic target surveillance apparatus; Electric, electronic, electric and telescopic target trackers; Target surveillance apparatus; broadband radios, namely Satellites; Remote control stations; Sensors, namely devices and apparatus for capturing information; Encryption apparatus and instruments; Surveillance sonars; Drone detection systems, Aircraft and land vehicle detection systems; Infrared detectors; Heat detecting apparatus; acoustic detecting apparatus; Apparatus for non-medical analysis; Computer operating systems programs; Information management systems for use in the aviation and defence sectors; Electric batteries and battery chargers for radio, telecommunications, telephone and satellite apparatus and instruments; Radio altimeters, altimeter sensors and modules for remote measurement via radio frequency, and components and electronic media therefor; Battlefield air-land communications equipment, namely Transmitters/receivers operating in medium frequency, high frequency, very-high frequency, ultra-high frequency and super-high frequency ranges, mobile, portable, for vehicles, aircraft and ships or fixed, and associated equipment, namely modems, processors or communications servers, data terminals, operating panels, remote control casings, systems for managing frequencies and keys, intercommunications systems for armoured vehicles; Apparatus for detecting, locating and recording telephone, radio and web transmissions; Electronic warfare equipment, namely Apparatus for detecting, locating and recording data, sounds or images, receivers, direction finders, transmission jammers, demodulators and decoders; Electronic apparatus and instruments for computing architecture and information system security offering electronic signature, electronic certification, electronic authentication, data filtering and telecommunications confidentiality services, information transmission and workstation services; Recorded and downloadable media; Blank digital or analogue recording and storage media; Navigation apparatus and instruments, guidance apparatus and instruments, Tracing apparatus and instruments, Signalling apparatus and instruments and mapping apparatus and instruments; Navigation software, Tracking and positioning apparatus and instruments; Software for air traffic management; Electronic air traffic control apparatus and instruments; Decision-making software; Threat detection software; Optimisation software; Air flight planning software; Surveillance sonars, Target surveillance apparatus; Communications and telecommunications apparatus and instruments; Radio transmitters and receivers; Simulation software In the field of air navigation and air traffic control; Electronic chips, Flash memories, Resistors, Condensers [capacitors] and/or Transistors [electronic]; Electronic circuits; PC boards; Motherboards; Electronic chips; Microchips; Flash memory; Memory cards; Digital signal processors; Processors [central processing units]; Resistors; Condensers [capacitors]; Transistors [electronic]; Monitoring of computer software foods offering complete computerised intrusion detection solutions in air control systems; Computer software for protecting air traffic control systems; Computer software for detecting computer hacking in radars used by air traffic control systems; Computer software for detecting computer hacking in data connections used by air traffic control systems; Computer software for detecting computer hacking in cartographic displays of military and civilian flights, accompanied by all cartographic information representing an interest for aerial military missions and corresponding to a situation called "aerial situation of interest" shown in military air traffic control systems; Computer software for analysing the protection of air traffic control systems against computer hacking; Software for training in the detection of computer intrusions in air traffic control systems; Electronic, optical, checking and measuring apparatus and instruments for air traffic control system protection; Electronic, optical, checking and measuring apparatus and instruments for detecting computer intrusions in radars used by air traffic control systems; Electronic, optical, checking and measuring apparatus and instruments for detecting computer intrusions in data links used by air traffic control systems; Electronic, optical, checking and measuring apparatus and instruments for analysing the protection of air traffic control systems against computer intrusions; Electronic, optical, checking and measuring apparatus and instruments for training in the detection of computer intrusions in air traffic control systems; Vehicle communications network; Intercoms; Transmitters [telecommunication]; Global positioning system receivers; Global Positioning System tracking and location devices; vetronic interfaces namely data processing equipment, data control and distribution subsystem distributing digital data, video, audio and electrical control signals throughout vehicles; Tactical guided missile apparatus; Target sights for artillery [laser]; Vehicle tracking apparatus; Satellite aerials; Target surveillance apparatus [satellite]; Target surveillance apparatus [electronic]; Target seekers [optical]; Target location apparatus [telescopic]; Target trackers [electronic]; Nautical apparatus and instruments; Apparatus and instruments for geolocation; Electronic navigational and positioning apparatus and instruments; Missile trackers; Flight path controls for projectiles; Flight path controls for projectiles; Multifunctional thermal binoculars; Night vision spectacles; Optronic systems for surveillance and targeting; Optronic systems for detection and tracking; Optronic target acquisition system, including the following products: Integrated visors and screens for aircraft pilot helmets; Optoelectronic guiding systems for missiles and projectiles; Optoelectronic remote detection systems (long-range); On-board optoelectronic systems for land, aerial and naval platforms; Optical sensors and Infrared sensors; thermal sensors; Hyperspectral sensors for recognition and surveillance; Multispectral sensors (visible and infrared); Visible light sensors (colour cameras); Thermal detection sensors for night surveillance systems; Thermal radiation detectors; positioning sensors and Navigation sensors; Quantum sensors; Mobile target detection and tracking systems; Infrared and thermal cameras for surveillance systems; Drone detection systems; Software and applications for drone management, piloting, navigation and data processing; Electronic platforms and communication systems for drone control and supervision; Maritime surveillance radars; Air surveillance radars; Apparatus for use in aiming weapons, radio homing, guiding weapons and missiles or projectiles, or for use in training weapon system operators; Target seekers; Electric, electronic and optical apparatus, target surveillance satellites; Ultrasonic sensors; Acceleration sensors; Distance sensors; Position sensors; Wireless control modules for remote surveillance and control of the functioning and status of security systems; Radio transmitters for remote controls; Radio receivers for remote controls; Data processing systems; Apparatus for the input, extraction, transmission and storage of data; data processing apparatus for combat management; Computer software for use in connection with combat decision support systems; Simulators for training operators in weapon systems operation; Simulators for simulating the operation of weapons; Software for detecting computer intrusions in air traffic control systems; Software for detecting computer intrusions in cartographic presentations of military and civil flights; Computer software for controlling and managing access server applications; Data processing apparatus; Couplers ccomputer equipment; Readers [data processing equipment]; Computer programs for data processing; Computers for data management; Software offering complete computer intrusion detection solutions in air traffic control systems; Cartographic apparatus; Apparatus for checking flight parameters; Air traffic control apparatus; Flight simulators; Speed checking apparatus; Speed measuring apparatus [photography]; Sensors for measuring speed; Distance measuring apparatus; Distance recording apparatus; Optical viewing screens; Underwater sonar navigational apparatus; Amplifiers; Acoustic sensors; Navigational instruments; Marine depth finders; Sonar control devices and sonar regulating aids; Sonar data fusion processing devices; Computer hardware, process control digital controllers for automatically maintaining position and course control of submarines and underwater drones; computer software for application and integration of databases, Simulation software for use in digital computers; Automatic steering systems for ships and marine craft; dynamic positioning system namely GPS navigation devices featuring instruments comprising gyro-sensors using GPS functions, proximity sensors, motion detectors, measuring sensors; Positioning lasers; Exercise and training simulators namely Piloting of submarines and underwater drones; Measuring, detecting and monitoring instruments, indicators and controllers; Data acquisition systems and data analysis systems; Monitoring and controlling devices; Underwater sonar surveying apparatus; Man-machine interfaces for software and computers; Infrared detection devices, thermal detection devices; Testing and quality control devices; Surveillance sonars, Infrared detectors; Drone detection systems, Aircraft, ship and land vehicle detection systems; Measuring apparatus with optoelectronic or magnetic incremental measuring systems; electrical and electronic apparatus and instruments for the secure transfer of information apparatus for communication, autopilot control, mission management, navigation, radio navigation for land, air or marine vehicles; Optoelectronic equipment, namely Camcorders, Lasers, Gyroscopic devices; Artificial intelligence software; Artificial intelligence software for analysis; Software for the integration of artificial intelligence and machine learning in the field of Big Data; Satellite communication apparatus; Broadcasting equipment; Telecommunications apparatus and instruments; Sound transmitting apparatus, Signal transmission apparatus, Cinematographic cameras; Surveillance cameras; Camcorders; Signal convertors, Radio frequency identification devices [transponders], Transponders, Security apparatus for processing audio signals; Speech processors; Aeronautical radiocommunication apparatus; Intercommunication satellites; Satellites; Approximation detectors; All the aforesaid goods being in the fields of defence, aerospace, aeronautics, security, land, air and naval transport, banking, finance and computing; Global Positioning System [GPS] apparatus; Radar jamming apparatus; Compasses for measuring; Navigation, guidance, tracking, targeting and map making devices; Height controls; Heat regulating apparatus; Electro-dynamic apparatus for the remote control of signals; Artificial intelligence software for launching and guiding missiles and ammunition, for guiding weapons, for piloting manned and unmanned aircraft, vehicles, ships and submarines; Artificial intelligence software for land, air and underwater surveillance; Artificial intelligence and machine learning software In the fields of launching and guiding missiles and ammunition, for guiding weapons, for piloting manned and unmanned aircraft, vehicles, ships and submarines, land, air and underwater surveillance; Optical sighting apparatus for land, aeronautical and naval weapons; Night vision devices; Infrared devices for aiming weapons; Sight devices [telescopic] for naval weapon use; Sight devices [telescopic] for terrestrial weapon use; Sight devices [telescopic] for aeronautical weapon uses; Infrared devices for guiding weapons; Sighting telescopes for firearms; Telescopic sights for artillery; Missile warning systems; Flight controlling apparatus; Missile launch control apparatus; Vehicle automatic driving control devices; Aircraft landing guidance apparatus; Position fixing apparatus; Navigating apparatus (Electronic -); Weapons simulators; Vehicle drive training simulators; Simulators for training personnel in the use of firearms; Simulators for simulating the operation of aircraft; Flight simulators for aircraft; Simulators for training operators in weapons systems control; Head-up display apparatus for vehicles; All the aforesaid goods being in the fields of defence, aerospace, aeronautics, security, land, air and naval transport; Artificial intelligence software for managing online banking platforms, artificial intelligence software for monitoring banking transactions, for bank account security, artificial intelligence software for portfolio management, artificial intelligence software for compliance management, artificial intelligence software for managing bank account access platforms; Artificial intelligence software for monitoring banking fraud, Artificial intelligence computer software for financial analysis, Artificial intelligence and machine learning software in the field of finance and banking; Software for facilitating secure credit card transactions; Terminals for electronically processing credit card payments; Counterfeit money detecting apparatus; dynamic positioning system, namely GPS navigation devices featuring gyro-sensors using GPS functions, proximity sensors, motion detectors, distance sensors, measuring sensors; Underwater sonar surveying apparatus, Target surveillance apparatus; Intercommunication apparatus, Intercom systems, intercom instruments and devices; intercoms for optimising and securing communications in vehicles; Electronic control systems and electronic control panels; Operating systems and Operating programs; Audio electronic apparatus, Audio electronic instruments and Electronic audio devices; Electronic data processing equipment; Electronic systems for data compilation and integration, for transportation vehicles; Data management software; Electronic communication equipment, apparatus and instruments; Computer hardware and computer software; Software for processing audio signals, software for processing visual signals; Computer software for controlling the operation of audio devices and computer software for controlling the operation of visual devices; Computer application software; Application software for mobile phones; Communications server software and Communications management software; server based software for management of communication of unmanned vehicles, unmanned aerial vehicles, drones and pilots; server based software for the management of data for unmanned vehicles, unmanned aerial vehicles, drones and pilots; Security software; Software for information processing; Downloadable computer software for the management of information; Downloadable computer software for the transmission of information; Apparatus for the transmission of data; Computer hardware for use in the aviation and defence industries; computer hardware for off-board information exchange; Hardware for editing audio signals and computer hardware for processing of visual signals; Measuring, checking (supervision), observation and communications apparatus; Earth-observation apparatus and instruments, encoding and transmission of data via satellites, apparatus and instruments for checking the altitude and orbit of space vehicles; Temperature-controlling and regulating apparatus and instruments for space vehicles and airships; Management programs for space vehicles; Radio transceivers; Infrared cameras; Cases for satellite equipment; Satellite and space-vehicle altitude-checking and position-maintaining devices; Apparatus and instruments for conducting, switching, transforming, accumulating, regulating or controlling electricity on board space vehicles; Central processing units for processing information, data, sound or images; Processors [central processing units]; Apparatus and instruments for conducting, switching, transforming, accumulating, storing, regulating or controlling electricity on board aircraft, space vehicles and satellites; Computer software for data processing; Software for monitoring, analysing, controlling and carrying out operations for use in the operation of aircraft, space vehicle and satellite controls; Computer and electronic aircraft flight control apparatus and instruments, Computer and electronic apparatus and instruments for space vehicle and satellite flight control; Aircraft flight control computers, Flight control calculators for space vehicles and satellites; sensors for distance measuring; Aircraft flight control actuator and receiver, Flight control actuators and receivers for space vehicles and satellites; Apparatus and instruments for observing the earth, planets, stars and space; Apparatus and instruments for encoding and transmitting data via satellites, apparatus and instruments for altitude and orbit control of aircraft, space vehicles and satellites; Apparatus and instruments for controlling the temperature of aircraft, spacecraft and satellites; Spacecraft management software; Devices for controlling altitude and station keeping for aircraft, space vehicles and satellites; Communication satellites; Satellites for scientific purposes; Satellites for signal transmission; Observation satellites; Robotic apparatus on board a satellite; Software for robotic process automation; Aircraft, space vehicle and satellite flight and piloting simulators; Space mission simulators; Optical apparatus and instruments, Radio apparatus and instruments, Scientific apparatus and instruments, Research apparatus and instruments, Photographic apparatus and instruments, Audiovisual apparatus and instruments, Measuring apparatus and instruments, Detecting apparatus and instruments, Inspecting apparatus and instruments; Software, apparatus, instruments and systems for guiding, navigation and remote control of aircraft, space vehicles and satellites; Navigation software and devices for aircraft, space vehicles and satellites; Probe-and-cone docking systems; Distance and speed calculators for aircraft, space vehicles and satellites; Trajectory calculators for aircraft, space vehicles and satellites and for launching aircraft, spacecraft, and satellites into orbit; Software, apparatus and instruments for trajectory, speed and pitch attitude control for aircraft, space vehicles and satellites; Apparatus and instruments for the maintenance of aircraft, space vehicles and satellites on land, in flight or in orbit; Apparatus and instruments for inspection via optical means and radio frequency for aircraft, space vehicles and satellites on land, in flight or in orbit. X-ray tubes for medical purposes; Radium tubes for medical purposes; Medical imaging apparatus; Medical radiation apparatus; X-ray apparatus for medical purposes; Apparatus and installations for the production of X-rays, for medical purposes; Apparatus for the application of laser radiation for medical purposes; X-ray scanners for medical use; Magnetic resonance imaging scanners; Apparatus for echocardiography imaging; Nuclear medicine diagnostic imaging apparatus; Ultrasonic imaging apparatus for medical purposes; Magnetic resonance imaging [MRI] apparatus for medical purposes; Magnetic resonance imaging spectrometers for medical use; Optical scanners for medical inspection purposes; Magnetic resonance imaging [MRI] apparatus for medical purposes. Military vehicles for land, sea and air; Vehicles; Apparatus for locomotion by land, air or water, Aircrafts, airplanes, Ships; Submarines; Civilian drones; Military drones; Space vehicles; Airships; vehicles for land, sea and air, carrying radar and engagement weapon control systems; weapon engagement control vehicles for land, sea and air; military command vehicles for land, sea and air; Parts and fittings for the aforesaid goods; radar vehicles for land, sea and air; Parts and fittings for the aforesaid goods; Armoured vehicles; Rail vehicles; Warships; Rescue drones; Delivery drones; Launch vehicles for satellites; Airships; Atmospheric balloons; Stratospheric vehicles; Aircraft launchers, Spacecraft launchers, satellite launching vehicles [SLV]. Weapons; Projectiles; Missiles; Cannons; Ammunition; Bombs; Explosives; Pneumatic catapults for firing missiles and Pneumatic catapults for launching drones; Electromagnetic pulse weapons for drone neutralisation and destruction; Microwave weapons for neutralising and destroying drone swarms; Electromagnetic pulse weapons for sending decoys; Projectiles for launching as decoys; Guns [weapons]; flying weapons; Explosive cartridges; Fuses for explosives; Detonators; Weapons for launching missiles and projectiles; protective shields, protective cases and carrying cases adapted for use with any of the aforesaid goods; Parts and fittings for the aforesaid goods; Rockets, Rocket launchers, Artillery projectiles; Parts and fittings for the aforesaid goods; Weapon systems; Parts and fittings for the aforesaid goods; Firearms; Electronic detonators; Rockets [projectiles]; Rocket launchers; Launchers for missiles; Torpedoes; Sights, other than telescopic sights, for artillery, Sights, other than telescopic sights, for firearms; Mines [explosives]. Teaching materials, except apparatus; Manuals for instructional purposes; Printed training materials; Books; Booklets; Newspapers; Photographs [printed], Office requisites; Stationery; Information booklets; Computer software operating manuals; Computer software operating manuals; Computer magazines; Computer programmes in printed form; Computer hardware users guide; Computer manuals; Instruction manuals for carrying out military operations; Educational materials and Instruction manuals In the fields of defence, aerospace, aeronautics, security, land, air and naval transport, banking, finance and computing; Printed training materials; Fountain pens; Pencils. Collection and systematisation of information into computer databases; Providing information relating to the composition of consumer products; Computerized file management; Management services; Organization of exhibitions for commercial or advertising purposes; Arranging and conducting of commercial events; Compilation of information relating to environmental conditions in computer databases; Provision of market research information; Dissemination of advertising and promotional materials relating to the percentage of recycled plastic contained in plastic goods, and in particular in bank cards; software data management; Computerised data processing; Electronic data processing; Data management services; computerised data management services; business analysis of data in the field of Flight Avionics systems; digital integration services; management of data for unmanned vehicles, unmanned aerial vehicles, drones and pilots; Collating of information relating to information technology; information, advice, technical expertise and consultancy services for all the aforesaid; Production of advertising films; Retail services relating to downloadable digital image files authenticated by non-fungible tokens [NFTs]; Online retail services for downloadable and pre-recorded music and movies; Online retail services for downloadable digital music. Electronic payment services; Financial, monetary and banking services; Providing financial information; Secure processing of financial transactions; Finance services, namely Tokenisation for protecting financial data; Automated banking services relating to credit card transactions; Automated banking services relating to charge card transactions; Issuance of credit cards; Issuing electronic payment cards in connection with bonus and reward schemes; Credit card payment processing; Payment transaction card services; Provision of prepaid cards and vouchers; Processing of credit card payments; Processing of debit card payments; Electronic transfer of cryptocurrency; Electronic funds transfer; Electronic funds transfer provided via blockchain technology; Cheque verification. Installation, maintenance and repair of the following goods: Electronic, computer, optoelectronic and communication apparatus, systems, instruments and devices; Repair, renovation, maintenance and installation of the following goods: Aeronautical and aircraft equipment; Repair, renovation, maintenance and installation of the following goods: Computer hardware for electronic data processing systems; Repair, renovation, maintenance and installation of the following goods: Measuring, signalling and monitoring apparatus and instruments; Installation, checking, maintenance and repair of the following goods: Computer hardware and Electronic equipment; Installation, checking, maintenance and repair of medical apparatus; Repair, renovation, maintenance and installation of the following goods: Aeronautical and aircraft equipment, rental, loan and replacement of parts for all the aforesaid goods; Repair, renovation, maintenance and installation of the following goods: Computer hardware for electronic data processing systems, Rental, loan and replacement of parts for all the aforesaid goods; Repair, renovation, maintenance and installation of the following goods: Measuring, signalling and monitoring apparatus and instruments, Rental, loan and replacement of parts for all the aforesaid goods; Repair, renovation, maintenance and installation of the following goods: Flight controls for aircraft and Rental, loan and replacement of parts for all the aforesaid goods; Repair and maintenance of the following goods: Combat systems; Maintenance and repair of ships, Maintenance and repair of maritime drones and submarines; Installation of intercom apparatus, systems, instruments and devices, repair of intercom apparatus, systems, instruments and devices and maintenance of intercom apparatus, systems, instruments and devices services; Installation, repair and maintenance of intercom systems, apparatus, instruments and devices; Installation, maintenance and repair of computer hardware; Upgrading of computer hardware; Refuelling via satellites of motor fuel, fuel and electricity for satellites, space vehicles and aircraft, in flight or in orbit; Refuelling via space vehicles of motor fuel, fuel and electricity for satellites, space vehicles and aircraft, in flight or in orbit; Refuelling via aircraft of motor fuel, fuel and electricity for satellites, space vehicles and aircraft, in flight or in orbit; Maintenance of satellites, aircraft and space vehicles via robotic means; Repair of satellites, aircraft and space vehicles via robotic means. Transmission of information, data, messages and images by computer, by telephone, by computer networks and the internet; Providing access to and leasing access time to computer databases; Providing user access to global computer networks; Communication by computer terminals; Providing user access to the internet (services providers); Information relating to communications; Transmission of encrypted communications; Telecommunication services; Providing online forums; Communications by fibre optic networks; Rental of telecommunication equipment; Information about telecommunication; Rental of access time to global computer networks; hire of the following goods: Message-sending apparatus; Telephone services; Digital transmission of data and multimedia content for aeroplane management systems, air passenger entertainment and airline operations, namely Providing voice communication services via the Internet, Providing telecommunications connections for email/internet connections and for broadcasting audio and video entertainment programmes, Providing access to websites on the Internet, Providing telecommunications connections to the Internet and to databases, providing access to data or documents stored electronically in central files for remote consultation; Transmission of data by laser beam; Transmission of data by laser beam; Emission of electromagnetic waves; Transmission of data by microwave; Data transmission and reception via telecommunications for use in providing information on the position of drones, aircraft, vehicles, ships and submarines, and on the size and direction of environmental forces affecting the position of the aforesaid drones, aircraft, vehicles, ships and submarines; Communications by fibre optic networks; Provision of access to the wireless network on planes; High-speed transmission of data, by radio waves, sound waves or satellite; Transmission of digital files; rental of access time to a database server center; Transmission of data via satellite; Transmission of data via satellite; Communications by cellular phones; Electronic messaging; Radio or telephone communications; Electronic bulletin board services [telecommunications services]; Providing telecommunications connections to a global computer network; News agency services; Radio or television broadcasting; Teleconferencing services; Telecommunications routing and junction services; data transmission between networked computer systems; Voice over internet protocol (VOIP) services; Wireless data transfer by means of WAP (wireless application protocol); Message services; Streaming of video content; Videoconferencing services; Providing audio and video communication services; audio and video data transmission services; electronic and digital transmission of voice, data, images, signals and messages; Wireless electronic transmission of voice signals; Telecommunication services, namely Communication between fixed or on-board calculators; High-speed transmission of data, by radio waves, sound waves or satellite; Transmission and reception of data via telecommunications for use in providing information on the position of maritime vessels and on the size and direction of environmental forces affecting the position of the aforesaid maritime vessels; Optical fibre telecommunications services; Provision and rental of telecommunications facilities and equipment; Transmission and reception of data via telecommunications for use in providing information on the position of maritime vessels or submarines and on the size and direction of environmental forces affecting the position of the aforesaid maritime vessels or submarines; Transmission and exchange of information and data by satellite, by cable, by radio, via electronic means and by computer networks; Telecommunication services, namely Data-bank interconnection services. Traffic information; Air navigation services; Travel reservation; Passenger transport; Freight [shipping of goods]; Transportation information; Air transport; Aeronautical radio navigation services; Drone deployment services; Information and consultancy services related to transport and traffic in the aviation sector; Air traffic control services; Navigation (positioning, and route and course plotting); Route planning [navigation services]; Air travel arrangement and Organisation of space trips; Booking of seats for travel; Space transport; Launching of satellites, aircraft and space vehicles for others; Rental of the following products: satellite, Aircraft, Space vehicles and Drones; Storage and delivery of payloads, namely scientific, computing, photographic, checking and surveillance apparatus and instruments for use in fulfilling mission objectives in the space sector; Storage and delivery of payloads, namely data recording and storage apparatus and instruments for use in fulfilling mission objectives in the space sector; Delivery by satellite of materials and fuel for satellites, space vehicles and aircraft, in flight or in orbit; Delivery by aircraft of materials and fuel for satellites, space vehicles and aircraft, in flight or in orbit; Storage of fuels, storage of equipment, Storage of fuels and Storage of electricity; piloting of satellites, Piloting of aircraft and Piloting of space vehicles; Remote piloting of satellites, aircraft and space vehicles; Berthing for satellites, aircraft and space vehicles. Printing, and photographic and cinematographic development. Training; Teaching; Entertainment services; Sporting and cultural activities; Organization of exhibitions for cultural or educational purposes; Arranging and conducting of conferences, congresses and symposiums; Publication of texts (other than publicity texts) and publication of books; Publication of books; Publishing; Arranging of practical training for personnel on on-board simulators and systems In the field of aircraft piloting, air navigation, air traffic management, air traffic control, air flight planning, risk management in the field of air navigation; News reporters services; Photographic reporting; Photography; Film direction and production, other than advertising films; Rental of motion pictures; Providing television programmes, not downloadable, via video-on-demand services; Provision of educational information; Providing entertainment information; Providing online images, not downloadable; Providing online music, not downloadable; Providing online videos, not downloadable; Providing online virtual guided tours; Production of radio and television programmes; Film production, other than advertising films; Production of podcasts; Publication of texts, other than publicity texts; Online publication of electronic books and journals; Simulated travel services provided in virtual environments for entertainment purposes; Game services provided online from a computer network; Gaming; Training In the field of photography, cinema; Rental of photographic and cinematographic apparatus; Providing online of non-downloadable videos and images. Computer programming; Software as a service [SaaS]; Information technology [IT] consultancy; Server hosting; Cloud computing; Electronic data storage; Platform as a service [PaaS]; Consultancy in the field of computers; Conducting technical project studies; Engineering services; Updating of computer software; Rental of computer hardware and software; Design of the following goods: Information processing systems; Installation of computer software; Maintenance of computer software; Computer programming; Research and development of new products for others; Technical research; Providing information in the field of product development; Services for the provision of technological information; Database design services, Development of databases, Database updating, Installation of databases, and Maintenance of databases; Installation of Access Control as a Service (ACaaS) software; Design and development of computer platforms, Database design and development; Infrastructure as a Service [IaaS]; Scientific, technological and research services; IT services; Scientific technological services; Computer hardware and computer software consultancy services; Computer network security advice and Telecommunication network security consultancy; Testing, authentication and quality control; Conducting technical project studies; Conducting of quality control tests; Programming of operating software for accessing and using a cloud computing network; Rental of operating software for accessing and using a cloud computing network; Consulting in the field of cloud computing networks and applications; Cloud storage services for electronic data; Cloud-based data protection services; Data encryption and decoding services; Encryption, decryption and authentication of information, messages and data; Software as a service [SaaS] for the authentication, encryption, management of user identities and access control to services and applications on site and in the cloud; Monitoring of computer systems for detecting unauthorized access or data breach; Computer security services for protection against illegal network access; Computer security threat analysis for protecting data; Computer system monitoring services and Computer system analysis; computer and telecommunications network security services; Consultancy Relating to computer security and computer risk prevention; Risk assessment relating to computer security and computer security risk management; Monitoring of computer systems for security purposes; Design and development of electronic data security systems; security and compliance consulting services in the field of cloud computing; Software as a service for service providers, namely software for licensing and entitlement management in the field of cloud computing; Providing virtual computer environments through cloud computing; measuring and analyzing cloud service usage for billing and business intelligence needs; Software as a service (SAAS) services featuring software for use in software licensing, software license management and controlling access to software, and software for tracking, organizing, and reporting on usage of and access to software; Development of computer software; Software customisation services; Implementation of the following goods: Software, Chipcards, Integrated circuit cards (smart cards), Cards with microcircuits, Magnetically encoded cards; Research and expertise in the field of data processing; Technical project studies in connection with data processing; Design of information processing systems featuring microdata or smart card processing; Consultancy relating to microdata or smart card processing; Conversion of data and computer programs; Technological research in the field of mobile phone screen fingerprint recognition; Technological research relating to ultrasonic fingerprint recognition; Design of face recognition software; Provision of information relating to industrial engineering; Recovery of computer data; Hosting of biometric databases and secure computer platforms for identifying and authenticating individuals; Providing temporary use of non-downloadable computer software for comparing data with data contained in a database for identification purposes; Providing virtual computer systems and virtual computer environments through cloud computing; technical consulting and support services for public and private cloud computing solutions, and evaluating and implementing cloud computing technology and services; Development, design, providing and maintenance of software enabling the remote providing, setting up, configuration and loading of profiles for integrated SIM cards (eSIM) and connected objects (IoT); Programming, updating, installation and maintenance of software for remote management of connected apparatus; Platform as a service (PaaS) featuring software platforms for the remote providing, setting up, configuration and loading of profiles for integrated SIM cards (eSIM) and connected objects (IoT); Platform as a service (PaaS) featuring software platforms for remote activation, management and updating of electronic profiles; Advice, auditing and expertise relating to cybersecurity, data protection, digital risk management and regulatory compliance; Consultancy relating to information technology and computer system security, including detecting, analysing and responding to security incidents; Strategic and operational consultancy relating to the design and implementation of cybersecurity solutions; Quality testing of aircraft flight controls for certification purposes; Testing, analysis and checking of algorithms for systems for processing data in connection with telecommunications and navigation; Technical research in the field of aeronautics; Design of computer programs and computer software In connection with the following goods: Aircraft flight controls; Implementation of cloud computing technologies and services; Platform as a service [PaaS] featuring software platforms for transmitting images, audiovisual content, video content and messages for aircraft management systems, air passenger entertainment and airline operations; Platform as a service (PaaS) featuring computer software platforms for use in connecting, controlling, supervising, automating, managing, analysing and optimising operations and facilities in the field of aviation and transport; Providing temporary use of non-downloadable operating software online for accessing and using a cloud computing network for aircraft management systems, air passenger entertainment and airline operations; Industrial x-ray inspection services; X-ray imaging, other than for medical purposes; Medical imaging platform; Platform as a service [PaaS] featuring software platforms for providing temporary use of online non-downloadable operating software for accessing and using a cloud computing network for aircraft management systems, air passenger entertainment and airline operations; Design and development of software and hardware related to aviation; Installation and repair of computer software; Consultancy regarding the design, implementation and use of software in the aviation sector; Design of encryption and decryption systems for controlling access to information transmission of all kinds; Consultancy in the field of computers; Conversion of data or documents from physical to electronic media; Computer systems integration services; Data decryption using post-quantum calculators; Post-quantum cryptography for computer networks; Cryptography services for computer networks; Computer security consultancy; Consultancy services, namely Technical support In the field of telecommunications, computing, software, computers, electronics, optics; Rental of computer software and computer apparatus; Troubleshooting of computer software problems; Design and development of navigation systems; analytical services using radar; Monitoring of computer systems to detect breakdowns; Computer system monitoring services; Quality control and authentication services; Design, development, maintenance, installation and updating, of computer software offering complete computerised intrusion detection solutions in air control systems; Technical assistance and support in the field of authentication and encryption software for managing user identities and access to on-site and cloud-based services and applications; Testing, analysis and monitoring of navigation signals; Computer system design; Design and development of computer software for evaluation and calculation of data; Computer software consultancy; Calibration [measuring]; Rental of computer software; Updating and upgrading of computer software; Cartography services; Services for the digitalization of maps; Design of measurement systems; Design of three dimensional displays; Advisory services in the field of product development and quality improvement of software; Programming of computer software for evaluation and calculation of data; Computer graphics design services; Technical research in the field of aeronautics; Consultancy in the field of energy-saving; Providing technical advice relating to energy-saving measures; All the aforesaid services being for use in relation with an air traffic management system; Development (design) of on-board systems for the stabilisation, monitoring and dynamic positioning of ships and unmanned vessels; Design and development of operational solutions and on-board systems for the dynamic control of marine and aerial platforms; Development (design), updating and maintenance of software in the field of aerodynamics, hydrodynamics and the optimisation of multidisciplinary design; Computer programming and use of databases in the field of hydrodynamics; Expertise in the fields of on-board measurement, command batches and digital simulation, landing and recovery of drones in the aviation, naval and undersea industry; Research and development (for others) In the fields of ship and floating vessel behaviours; Technical testing services; Computer systems integration services; Surveying and scientific studies In the field of naval engineering; Study, research and development of software in the following fields: Engineering services and Naval architecture; Engineering services relating to robotics; Design, technical development and technical planning of telecommunications networks and telecommunication equipment; Development of calculation methods and algorithms for processing telecommunications and navigation signals; Testing, analysis and checking of algorithms for data generation and processing systems relating to telecommunications and navigation; Development of algorithms and calculation methods for producing and processing data in relation to telecommunications and navigation; Development and testing of software, algorithms and calculation methods for generating and processing telecommunications and navigation signals; Provision of technical consultancy (advice) in the field of telecommunications; Industrial analysis, industrial research and industrial design; Quality control and authentication services; Artificial intelligence consultancy; Research in the field of artificial intelligence technology; Platforms for artificial intelligence as software as a service [SaaS]; Providing artificial intelligence computer programs on data networks; Development (design) of on-board systems for the stabilisation, surveillance and dynamic positioning of ships, submarines and underwater drones; Computer software integration for integrated communications command and control; computer networking application services for the secure exchange and management of data and information; development and management of communication software equipment; development and management of software for control systems; development and management of software for unmanned vehicles, unmanned aerial vehicles, drones and pilots; networked or hosted unmanned vehicle, unmanned aerial vehicle, drone and pilot software services; Design and development of computer hardware in relation to the following fields: unmanned vehicles, Unmanned aircraft vehicles, Drones and pilots; Computer hardware development and management of computer hardware in relation to the following fields: unmanned vehicles, Unmanned aircraft vehicles, Drones and pilots; research and development services relating to computer hardware and software; maintenance of databases; Advisory and consultancy services relating to computer hardware; Computer software consultancy; Computer software technical support services; Copying of data processing software; Technical research In the fields of aerospace, aeronautics; Design, technical development and technical planning of service missions in orbit via satellites; Development of operation concepts In the field of space; Development of means of communication In the field of space; Development of aircraft control and command devices; Development of the following goods: Satellite, aircraft and space vehicle flight and piloting simulators; Development of the following goods: Space mission simulators; Engineering services relating to robotics; Inspections with the assistance of the following goods: Optical apparatus and instruments, Scientific, apparatus and instruments, research apparatus and instruments, Photographic apparatus and instruments, Audiovisual apparatus and instruments, Measuring machines and instruments, Sensing and monitoring apparatus and instruments, inspecting apparatus and instruments and Apparatus and instruments; Inspection via radio frequency waves; Inspection of satellites, aircraft and space vehicles on land, in flight or in orbit with the assistance of the following goods: Optical apparatus and instruments, Scientific, apparatus and instruments, research apparatus and instruments, Photographic apparatus and instruments, Audiovisual apparatus and instruments, Measuring machines and instruments, Sensing and monitoring apparatus and instruments, inspecting apparatus and instruments and Apparatus and instruments; Inspection of satellites, aircraft and space vehicles on land, in flight or in orbit using radio frequency waves; Technological services, namely Design and providing of computer platforms; Provision of security services for computer networks, computer access and computerised transactions; Authentication services for computer security. Physical security consultancy; Advisory services in relation to safety; Security assessment of risks; Security risk management; Issuing of passports; Passport control services [security]; Finger printing analysis; Explosive ordnance disposal services; Neutralisation of drones; Security for the protection of property and individuals (except for the transport thereof); Monitoring of burglar and security alarms.
45.
METHOD FOR ACHIEVING DOWNLINK SYNCHRONIZATION OF A USER EQUIPMENT WITH A 5G CELLULAR NETWORK, AND ASSOCIATED USER EQUIPMENT
The invention relates to a method (100) for achieving downlink synchronization of a user equipment with a 5G cellular network, comprising: - a reception step (105); - a first frequency-synchronization and time-synchronization step (110), comprising first estimates of a frequency difference (DF1) and time difference (DT1) between the transmitted signal and the received signal (S) and determination of a first component (N_PSS) of the cell number (N_cell) through autocorrelation and intercorrelation; and - a second frequency-synchronization and time-synchronization step (120), comprising second estimates of the frequency difference (DF2) and time difference (DT2) through autocorrelation and intercorrelation, taking into account the first component (N_PSS). The second estimates are more accurate than the first estimates.
The invention provides a method of processing user data in a first satellite of a Non-Terrestrial Network, NTN, wherein the first satellite stores user data from at least one user equipment located in a first cell served by the first satellite, the method comprising the following steps: - transmitting (205) a request message to a second satellite of the NTN, the request message requesting satellite information related to a second satellite; - receiving (207) a response message from the second satellite, the response message comprising satellite information related to the second satellite; - deciding (217) to transfer a set of stored user data to the second satellite, based at least on the satellite information related to the second satellite; - transferring (218) the set of stored user data to the second satellite.
The present invention relates to a method for managing usage data, for a computer assembly comprising a server provided with a database and an electronic device connected to the server, the database storing at least one address associated with a user of the electronic device. The method is implemented by the electronic device (14) and comprises the following steps: - opening (S11) a session with the at least one address; - associating (S12), with the at least one address, usage data relating to the use of the electronic device by a user of the electronic device; and - via a data link, transmitting (S14) the usage data at the at least one address to the database.
H04L 67/12 - Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
48.
METHOD FOR DETECTING ANOMALIES IN TIME SERIES, AND ASSOCIATED DEVICES
The present invention relates to a method for detecting anomalies in acquired time series, the method being implemented by an anomaly detection device and comprising the following phases: - training the device on a plurality of training time series comprising normal training time series, normal calibration time series and abnormal time series, the training phase comprising the steps of: - computing a predetermined number of characteristic variables on the basis of the normal training time series and of a fixed encoding technique; - computing a plurality of reconstruction errors from a fixed encoding technique applied to at least one characteristic variable for each of the training time series; - determining an abnormality threshold and a plurality of precision thresholds on the basis of the plurality of reconstruction errors, each of the precision thresholds being associated with the fixed number of characteristic variables used for this determination; - detecting anomalies in a time series obtained, which detection comprises the following steps: - estimating a plurality of reconstruction errors for the obtained time series; - carrying out a first classification of each of the reconstruction errors, where a reconstruction error is classified as abnormal if greater than the precision threshold associated with the fixed number of characteristic variables used to compute the reconstruction error; and - carrying out a second classification of the time series obtained as abnormal if the number of reconstruction errors for the time series classified as abnormal is greater than the abnormality threshold.
The present invention relates to a method for evaluating the exposure of binaries of an application, to code reuse attacks by an attacker. The method comprises steps of: - classifying, by prerequisite, a set of gadgets identified in the code of the application; - identifying a plurality of operand registers of the prerequisites; - building a list of target registers from among the operand registers; - computing a value representing a control level of the attacker for each target register used as an operand of a prerequisite; - computing a value representing an exposure level of each prerequisite according to the level of control of the attacker over each target register; - computing a value representing an exposure level of the targets for each target of the attacker according to a weight associated with each prerequisite; and - computing an exposure score for the binaries of the application to code reuse attacks according to the exposure levels of the targets of the attacker.
G06F 21/57 - Certifying or maintaining trusted computer platforms, e.g. secure boots or power-downs, version controls, system software checks, secure updates or assessing vulnerabilities
G06F 21/52 - Monitoring users, programs or devices to maintain the integrity of platforms, e.g. of processors, firmware or operating systems during program execution, e.g. stack integrity, buffer overflow or preventing unwanted data erasure
50.
SYNTHESIS AND IMPLEMENTATION OF PHASE CHANGE VITRIMER MATERIALS
The present invention relates to a phase change vitrimer material and its preparation process. The process for preparing the vitrimer material comprises the following steps: a) copolymerization of a vinyl monomer bearing a crystallizable group and another vinyl monomer bearing a crosslinkable function to give a copolymer bearing crystallizable groups and crosslinkable functions; b) crosslinking of the copolymer obtained in step a) via the formation of crosslinking bridges comprising exchangeable functions by associative mechanisms, the exchangeable functions by associative mechanisms resulting from the reaction between the crosslinkable functions of the copolymer and a curing agent.
C09K 5/14 - Solid materials, e.g. powdery or granular
51.
METHOD FOR MONITORING THE OPERATION OF A PLURALITY OF AERONAUTICAL MEASUREMENT PROBES, AND ASSOCIATED MONITORING SYSTEM AND AERONAUTICAL MEASUREMENT ARCHITECTURE
The present invention relates to a method for monitoring the operation of a plurality of aeronautical measurement probes, each probe comprising heating means, the method comprising the following steps: - acquiring (110) a plurality of consumption data, each consumption datum characterizing an electrical consumption of the heating means of one of the aeronautical measurement probes; - determining (120) at least one similarity relationship between at least two consumption data; - comparing (130) the or each similarity relationship with a threshold; - detecting (140) an operating anomaly according to the result of the or each comparison.
G01P 5/16 - Measuring speed of fluids, e.g. of air streamMeasuring speed of bodies relative to fluids, e.g. of ship, of aircraft by measuring differences of pressure in the fluid using Pitot tubes
G01P 13/02 - Indicating direction only, e.g. by weather vane
G01P 21/02 - Testing or calibrating of apparatus or devices covered by the other groups of this subclass of speedometers
B64D 43/02 - Arrangements or adaptations of instruments for indicating aircraft speed or stalling conditions
G01D 3/08 - Measuring arrangements with provision for the special purposes referred to in the subgroups of this group with provision for safeguarding the apparatus, e.g. against abnormal operation, against breakdown
52.
METHOD AND SYSTEM FOR OPTIMIZING AIRCRAFT FLIGHT PLANS
The invention relates to a method for optimizing aircraft flight plans, the method comprising steps of dividing (42) the airspace into zones, and on the basis of air traffic data including historical data on executed flight plans, determining (44) a maximum air traffic load per zone and per time period over one or more successive time periods, and calculating (46) an optimization threshold per zone and per time period according to the maximum air traffic load; predicting (48), for a plurality of time slots of a subsequent time period, a predicted actual air traffic load, and identifying (50) one or more time slots and associated optimization zones for which the predicted actual air traffic load is below the optimization threshold; using (52, 54) the time slots, the optimization zones and the associated optimization zones to determine at least one optimized flight plan.
The present invention relates to a method for guiding ordnance (10) to a target (12), the method being implemented by a guidance system (14) comprising a laser illumination device (20) and a guidance device (22), the guidance device (22) being mounted on the ordnance (10), the guidance device (22) comprising a detection unit (30) for detecting laser spots, a computer (32) and a guidance unit (34), the method comprising the following steps: - indirectly designating the target (12) with the laser illumination device (20), the indirect designation being carried out by generating one or more laser spots (T), by means of the laser illumination device (20), in an area in proximity to the target (12) but not on the target (12), - detecting, by means of the detection unit (30), the one or more laser spots (T), - determining, by means of the computer (32), a positional datum of the target (12) depending on the one or more detected laser spots (T), and - determining, by means of the guidance unit (34), a guidance setpoint depending on the positional datum so as to guide the ordnance (10) to the target (12).
G01S 7/48 - Details of systems according to groups , , of systems according to group
54.
MULTIMEDIA SERVER INTENDED TO BE INSTALLED ON BOARD AN AIRCRAFT, ELECTRONIC ENTERTAINMENT SYSTEM, METHOD FOR GENERATING ADDITIONAL CONTENT AND COMPUTER PROGRAM ASSOCIATED THEREWITH
The invention relates to a multimedia server (20) intended to be installed on board an aircraft (10) and connected to at least one entertainment terminal via an onboard local network, comprising: - a module (30) for generating additional content intended for the at least one entertainment terminal; - a knowledge base (34) storing a set of entertainment content elements; - a request module (32) for receiving a control instruction from the at least one entertainment terminal and for requesting, from the generating module (30), on the basis of the received control instruction, generation of additional content, the generating module (30) comprising a generative artificial intelligence model configured to generate, from the set of entertainment content elements stored in the knowledge base (34), the additional content intended for the at least one entertainment terminal.
H04N 21/214 - Specialised server platform, e.g. server located in an airplane, hotel or hospital
H04N 21/231 - Content storage operation, e.g. caching movies for short term storage, replicating data over plural servers or prioritizing data for deletion
H04N 21/25 - Management operations performed by the server for facilitating the content distribution or administrating data related to end-users or client devices, e.g. end-user or client device authentication or learning user preferences for recommending movies
The present invention relates to an inertial core (10) of an inertial measurement unit comprising a set of inertial sensors (12) including at least one accelerometer (16) and at least one gyrometer (18), in which a first sensor (12) of the set of sensors (12) defines at least one receiving surface (20). At least a second sensor (12) of the sensor assembly (12) is attached to the first sensor (12) at the receiving surface (20), the first sensor (12) forming a receiving structure for the second sensor (12).
G01S 13/34 - Systems for measuring distance only using transmission of continuous waves, whether amplitude-, frequency-, or phase-modulated, or unmodulated using transmission of continuous, frequency-modulated waves while heterodyning the received signal, or a signal derived therefrom, with a locally-generated signal related to the contemporaneously transmitted signal
G01S 13/89 - Radar or analogous systems, specially adapted for specific applications for mapping or imaging
G01S 13/933 - Radar or analogous systems, specially adapted for specific applications for anti-collision purposes of aircraft or spacecraft
G01S 13/935 - Radar or analogous systems, specially adapted for specific applications for anti-collision purposes of aircraft or spacecraft for terrain-avoidance
57.
METHOD FOR LOCATING AN AIRCRAFT WITH RESPECT TO A RUNWAY, AND ASSOCIATED CONTROL METHOD AND DEVICES
The present invention relates to a method for locating an aircraft (2) with respect to a runway (4) extending mainly in a longitudinal direction (X) and comprising at least one group (6A, 6B) of reflective elements, each group comprising one or more reflective elements (8A, 8B, 10A, 10B), the method comprising the following steps: - transmitting a radio signal from the aircraft (2), - receiving a signal reflected by the runway (4), - extracting at least one pattern from the received reflected signal, each pattern being the variation over time of the radio signal reflected by at least one reflective element (8A, 10A), - calculating a lateral distance (D) and a longitudinal distance (M) based on the received radio signal, - determining a location of the aircraft (2) as a function of the lateral distance (D) and the longitudinal distance (M).
G01S 13/42 - Simultaneous measurement of distance and other coordinates
G01S 13/89 - Radar or analogous systems, specially adapted for specific applications for mapping or imaging
G01S 13/935 - Radar or analogous systems, specially adapted for specific applications for anti-collision purposes of aircraft or spacecraft for terrain-avoidance
G01S 13/34 - Systems for measuring distance only using transmission of continuous waves, whether amplitude-, frequency-, or phase-modulated, or unmodulated using transmission of continuous, frequency-modulated waves while heterodyning the received signal, or a signal derived therefrom, with a locally-generated signal related to the contemporaneously transmitted signal
G01S 13/933 - Radar or analogous systems, specially adapted for specific applications for anti-collision purposes of aircraft or spacecraft
The invention relates to a monohull semi-submersible drone (1) comprising: a submerged hull (20), below a waterline plane (P2); a bow float mast (30), projecting from the submerged hull (20) and ending with an upper end (32) that is arranged above the waterline plane (P2) and that is arranged on the bow side (21) with respect to a front plane of the bow (P21) at one third of a bow-to-stern distance (d21); a stern float mast (40), projecting from the submerged hull (20), arranged between the bow float mast (30) and the stern (22) and comprising an upper end (42) arranged above the waterline plane (P2); and a marine propulsor (60T), arranged below the waterline plane (P2).
This non-terrestrial cellular network (1), the satellite component (10) of which consists of a constellation of satellites (21, 22, 23, 24) together forming a satellite network (20), at least one satellite (21) carrying a regenerative payload, is characterized in that it comprises first and second logical base stations, each logical base station being defined by a protocol stack associating lower layers and higher layers with each other, the first logical base station (2) being located entirely in the payload of the satellite (21) and the second logical base station (4) being distributed such that its lower layers are located in the payload of the satellite (21) and its higher layers (G-CU) are located at a distance from the payload of the satellite (21), the lower layers (RU, DU) of the first and second logical base stations being common and shared.
The invention relates to a method (200) for calibrating a conversion chain (12) of an analogue signal receiver (10), which method comprises: - generating (205) a pseudo-random sequence (S) of states used for the formation (210) of a frequency-modulated analogue calibration signal (ANA_cal,mod); - injecting (215) this calibration signal into the conversion chain (12); - forming a digital signal to be processed (NUM_BB) by demodulating (220) an intermediate digital signal (NUM_int) received in response to the modulated analogue calibration signal (ANA_cal,mod); - determining (225) a correlation function R(NUM_BB,S) between the digital signal to be processed (NUM,BB) and the pseudo-random sequence (S); - determining (230) a transfer function (H) of the conversion chain based on the correlation function R(NUM_BB,S); and - where necessary, determining (235) a parameter (Ci) of a processing step at the output based on the transfer function (H).
H04B 1/10 - Means associated with receiver for limiting or suppressing noise or interference
H04B 17/21 - MonitoringTesting of receivers for calibrationMonitoringTesting of receivers for correcting measurements
61.
RADIOFREQUENCY EXCITER WITH ASYMMETRIC JUNCTIONS, ASSOCIATED SYSTEM FOR TRANSMITTING OR RECEIVING RADIOFREQUENCY WAVES AND ASSOCIATED PRODUCTION METHOD
The invention relates to a junction device (30) which comprises a first and a second asymmetric waveguide junction (32, 32') that are substantially identical and arranged head-to-tail, each asymmetric junction (32, 32') comprising: - a main pipe (34, 34'); - a first axial access (36A, 36A') and a first radial access (38A, 38A'); - a second axial access (36B, 36B') and a second radial access (38B, 38B'). Each asymmetric junction (32, 32') is such that the first radial access (38A, 38A') and the second radial access (38B, 38B') are oriented respectively in a first direction and a second direction forming therebetween an angle of between 85° and 95°.
H01P 1/161 - Auxiliary devices for mode selection, e.g. mode suppression or mode promotionAuxiliary devices for mode conversion sustaining two independent orthogonal modes, e.g. orthomode transducer
H01P 1/213 - Frequency-selective devices, e.g. filters combining or separating two or more different frequencies
62.
IMAGE ACQUISITION SYSTEM AND MEDICAL IMAGING FACILITY FOR AN OPERATING ROOM
This image acquisition system (10) comprises at least one electronic scanning X-ray source (20), an articulated arm (24) and a fastening support (30), the articulated arm comprising a first end and a second end, the X-ray source (20) being inserted into a support structure (22), the support structure (22) being attached to the first end of the articulated arm (24), the second end of the articulated arm (24) being attached to the fastening support (30), the fastening support (30) being configured to be secured to a fixed element in a room in which the image acquisition system is installed, or to an item of equipment in said room, the image acquisition system (2, 10) further comprising at least one X-ray detector (40) configured to be positioned on a planar support (38).
The present invention relates to a method for detecting an airport (10) comprising a landing zone (12) and provided with reflectors (14) configured to reflect an incident electromagnetic wave, each reflector (14) having a polarization-rotating property. The method comprises the following steps: - an aircraft (18) approaches the airport (10) or the aircraft (18) is present in the airport (10), the aircraft (18) being provided with at least one radar, - the at least one radar emits a signal having an initial polarization, - the at least one radar receives a reflected signal, and - the presence and, where applicable, the respective location of the reflectors (14) is determined based on the polarization of the reflected signal. The invention also relates to an associated automatic take-off or landing method.
G01S 7/02 - Details of systems according to groups , , of systems according to group
G01S 7/41 - Details of systems according to groups , , of systems according to group using analysis of echo signal for target characterisationTarget signatureTarget cross-section
G01S 13/75 - Systems using reradiation of radio waves, e.g. secondary radar systemsAnalogous systems using transponders powered from received waves, e.g. using passive transponders
G01S 13/91 - Radar or analogous systems, specially adapted for specific applications for traffic control
The present invention relates to an aerodynamic measurement probe (10) intended to be exposed to an air flow and comprising a body (12), the body (12) comprising a mast (14) and an acquisition tube (16) which is mounted on the mast (14) and defines an inlet (24) for the air flow, the mast (14) and the acquisition tube (16) together delimiting an internal part of the body (12). The aerodynamic measurement probe (10) further comprises guide means disposed in the internal part of the body (12) and configured to guide water droplets contained in the air flow towards a drainage hole provided in the body (12).
The present invention relates to an aerodynamic measurement device (10) comprising a body (14) comprising a surface of interest (20). The device (10) is characterised in that the surface of interest (20) comprises a conductive layer (32) configured to emit heat when an electric current is applied to this layer (32).
The present invention relates to a method (30) for determining the sensitivity in terms of reception voltage and transmission current of each transducer array belonging to a plurality of reciprocal transducer arrays of an acoustic transmission and reception antenna, comprising the following steps, - until each array is used as a transmission array: - transmission (32) of an acoustic signal by one of the arrays; - simultaneous near-field acquisition (34) of the current and voltage of said transmission array and of the reception voltage of each distinct array of said plurality; then: - obtaining (42) of a reciprocal coupling matrix of said plurality of transducer arrays; - determination (44), based on the matrix, of the sensitivity in terms of reception voltage and transmission current of each array.
The present invention relates to a method for automatically realigning the navigation of an optronic system (18) moving around a navigation zone, the method comprising, over time, the following steps: estimating, by a navigation device, a current position and a current orientation for the optronic system (18); acquiring an imaging datum; processing the imaging datum, the processing step comprising segmenting the imaging datum so as to highlight characteristic elements in the imaging datum; determining a set of realigning corrections of the navigation device; and updating and maintaining the navigation of the navigation device based on the determined set of corrections.
G01C 21/16 - NavigationNavigational instruments not provided for in groups by using measurement of speed or acceleration executed aboard the object being navigatedDead reckoning by integrating acceleration or speed, i.e. inertial navigation
The present invention relates to a method for determining at least one position in a scene (10) by means of an optronic system (18), the method comprising: a phase of acquiring input data from an imaging datum of the scene (10), and a thumbnail corresponding to a portion of the representation viewed from the air covering the scene (10); a phase of processing the imaging datum; a phase of processing the thumbnail; a phase of projecting, in a common reference frame, segments viewed from the ground and segments viewed from the air; a phase of associating segments viewed from the ground and segments viewed from the air in the common reference frame; and a phase of determining at least one position for the optronic system (18) depending on the association made.
G01C 21/16 - NavigationNavigational instruments not provided for in groups by using measurement of speed or acceleration executed aboard the object being navigatedDead reckoning by integrating acceleration or speed, i.e. inertial navigation
The present invention relates to a method for automatically realigning the navigation of an optronic system (18) moving around a navigation zone, the method comprising, over time, the following steps: estimating, by means of a navigation device, a current position and a current orientation for the optronic system (18); determining reference objects visible from the optronic system (18), referred to as expected objects; acquiring an imaging datum; searching the imaging datum for objects referred to as terrain objects; determining, for each terrain object, an angular deviation on the basis of the terrain objects and the expected objects; and updating and maintaining the navigation of the navigation device on the basis of the angular deviation determined for each terrain object.
G01C 21/16 - NavigationNavigational instruments not provided for in groups by using measurement of speed or acceleration executed aboard the object being navigatedDead reckoning by integrating acceleration or speed, i.e. inertial navigation
G01C 21/36 - Input/output arrangements for on-board computers
70.
METHOD FOR ASSISTING IN THE SELECTION, BY AN AIRCRAFT OPERATOR, OF A FLIGHT PATH FROM A PLURALITY OF PATHS OF THE FLIGHT, AND ASSOCIATED COMPUTER PROGRAM AND DEVICE
The present invention relates to a method (60) for assisting in the selection of a flight path from a plurality of paths, comprising the following steps: - obtaining (62) the plurality of paths, which comprise an original path of the flight and at least one alternative path able to reduce fuel consumption with respect to the original path; - for at least one alternative path of the plurality and on the basis of a predetermined climate metric, determining (68) information representative of the climate impact of path modification by replacing the original path with the at least one alternative path, the climate impact comprising quantification of at least one non-CO2 effect associated with the modification; - rendering (70) the information representative of the climate impact of path modification.
This method for compressing remote sensing images comprises steps of: separating (80) an initial digital image into first and second digital images, the initial digital image (Im) being equal to the maximum, pixel to pixel, of these digital images, applying a first compression method (64) to the first digital image in order to obtain first compressed data (D1), carrying out wavelet decomposition (66) of the second digital image into an approximation sub-band (LLK) and a plurality of detail sub-bands; applying a second compression method (70) to the approximation sub-band, in order to obtain second compressed data (D2); for each detail sub-band, estimating (72) at least two statistical parameters representative of a statistical distribution of the values of the detail sub-band, and encoding the statistical parameters into third compressed data (D3); grouping (74) the first, second and third compressed data.
H04N 19/63 - Methods or arrangements for coding, decoding, compressing or decompressing digital video signals using transform coding using sub-band based transform, e.g. wavelets
H04N 19/103 - Selection of coding mode or of prediction mode
H04N 19/85 - Methods or arrangements for coding, decoding, compressing or decompressing digital video signals using pre-processing or post-processing specially adapted for video compression
72.
DOUBLE DUCT ASSEMBLY WITH LEAK MANAGEMENT, ASSOCIATED METHODS AND COMPUTER PROGRAM PRODUCT
The invention relates to an assembly (10) comprising a primary duct (12) delimiting a primary passage (18) for the circulation of a fluid, a secondary duct (14) delimiting a secondary passage (22), and an interface (16). The secondary duct (14) surrounds the primary duct (12) such that the primary duct (12) extends inside the secondary passage (22). The interface (16) extends between the primary duct (12) and the secondary duct (14), connects the primary duct (12) and the secondary duct (14), and forms a structure that does not fill the space between the primary duct (12) and the secondary duct (14). The secondary duct (14) has at least one through-opening (26) for discharging fluid in the event of a leak from the primary duct (12).
B22F 5/10 - Manufacture of workpieces or articles from metallic powder characterised by the special shape of the product of articles with cavities or holes, not otherwise provided for in the preceding subgroups
Method of decision-support for a vehicle or related vehicle simulation, the method being executed by a system comprising a server (20), a client device (10) and a database (30), the method comprising the following phases: a. acquisition phase (100) in which the server (20) receives an input data from a device onboard of the vehicle, b. selection phase (200) in which the server (20) obtain a plurality of machine learning results R1, …, Rn and computes at least one selection score, then at least one selection score being used to select a preferred machine- learning model MLp, c. transmission phase (300) in which the server (20) sends the result Rp as a recommendation to the client device (10), d. supply phase (400) in which the client device (10) provides the recommendation to a user (60), e. return phase (500) in which the client device returns decision data to a database (30).
G06N 3/006 - Artificial life, i.e. computing arrangements simulating life based on simulated virtual individual or collective life forms, e.g. social simulations or particle swarm optimisation [PSO]
The present invention relates to an aerodynamic measurement device for an aircraft (A), the device comprising an appendage (12) that is able to project from the skin of said aircraft, which appendage is rotatable and mounted on a rotating shaft (14) that is able to be mounted under the skin of the aircraft, wherein the rotating shaft is guided via rotating interfaces (22) that are accommodated, respectively, in bodies (18, 20) attached to the aircraft, and is able to transmit its position by being coupled to a magnetic or inductive angular sensor, the angular sensor comprising a fixed portion (36) and a movable portion (38), the relative positioning of which is to be maintained, over an entire predetermined temperature range, within a predetermined positioning range depending on the required measurement accuracy, the device comprising, for each rotating interface, a porous interface (50) located between the rotating interface and the fixed body.
G01P 5/06 - Measuring speed of fluids, e.g. of air streamMeasuring speed of bodies relative to fluids, e.g. of ship, of aircraft by measuring forces exerted by the fluid on solid bodies, e.g. anemometer using rotation of vanes
G01P 13/02 - Indicating direction only, e.g. by weather vane
B64D 43/02 - Arrangements or adaptations of instruments for indicating aircraft speed or stalling conditions
F16C 33/00 - Parts of bearingsSpecial methods for making bearings or parts thereof
The present invention relates to a part (14) suitable for being mounted on a housing (12), more particularly a housing containing at least one electronic circuit (20). The part (14) comprises at least one heat-dissipating portion (26). The heat-dissipating portion (26) comprises structures (32), the structures (32) being arranged so as to extend out of the housing (12) when the part (14) is mounted on the housing (12). The structures (32) are in the form of a lattice, more particularly a triangulated system or triply periodic minimal surfaces or doubly periodic minimal surfaces. The invention also relates to an associated assembly, method and computer program product.
09 - Scientific and electric apparatus and instruments
38 - Telecommunications services
42 - Scientific, technological and industrial services, research and design
Goods & Services
Software for network and device security; Computer software for the detection of threats to computer networks; Computer software for authorising access to databases; Computer software for database management; Computer software for controlling and managing access server applications; Cloud servers; Databases; Data networks; Cryptographic software for data encryption; Cryptographic software for data decryption; Other than cryptographic software for receiving and spending cryptocurrency and cryptocurrency mining services. Providing access to and leasing access time to computer databases; Transmission of encrypted communications. Programming of operating software for accessing and using a cloud computing network; Rental of operating software for accessing and using a cloud computing network; Installation of Access Control as a Service (ACaaS) software; Other than computer software as a service (SaaS) featuring software for developing, deploying, prototyping, updating and monitoring machine learning performance models and methods, deep learning methods and artificial intelligence applications; Cloud computing; Cloud storage services for electronic data; Cloud-based data protection services; Monitoring of computer systems for detecting unauthorized access or data breach; Hosting of databases; Platform as a service [PaaS]; Data encryption services; Data encryption and decoding services; Encryption, decryption and authentication of information, messages and data, Other than encryption services for receiving and spending cryptocurrency.
09 - Scientific and electric apparatus and instruments
38 - Telecommunications services
42 - Scientific, technological and industrial services, research and design
Goods & Services
Software for network and device security; Computer software for the detection of threats to computer networks; Computer software for authorising access to databases; Computer software for database management; Computer software for controlling and managing access server applications; Cloud servers; Databases; Data networks; Cryptographic software for data encryption; Cryptographic software for data decryption; Other than cryptographic software for receiving and spending cryptocurrency and cryptocurrency mining services. Providing access to and leasing access time to computer databases; Transmission of encrypted communications. Programming of operating software for accessing and using a cloud computing network; Rental of operating software for accessing and using a cloud computing network; Installation of Access Control as a Service (ACaaS) software; Other than computer software as a service (SaaS) featuring software for developing, deploying, prototyping, updating and monitoring machine learning performance models and methods, deep learning methods and artificial intelligence applications; Cloud computing; Cloud storage services for electronic data; Cloud-based data protection services; Monitoring of computer systems for detecting unauthorized access or data breach; Hosting of databases; Platform as a service [PaaS]; Data encryption services; Data encryption and decoding services; Encryption, decryption and authentication of information, messages and data, Other than encryption services for receiving and spending cryptocurrency.
78.
METHOD FOR DETERMINING A HYBRID PROTECTION RADIUS WHEN POSITIONING A CARRIER, AND ASSOCIATED DETERMINATION DEVICE
The present invention relates to a method for determining a hybrid protection radius when positioning a carrier, the method comprising the following steps: - determining (120) an effect related to an error in inertial and GNSS measurements; - determining (130) an effect related to an error in bounded GNSS measurements; - determining (140) the hybrid protection radius through a value corresponding to the sum of the effects related to the error in the inertial and GNSS measurements and to the error in the bounded GNSS measurements, wherein the effect related to the error in the bounded GNSS measurements is determined by a norm of a zonotope with a generator matrix determined as a function of a vertical protection radius and/or of a horizontal protection radius provided by the GNSS signal receiver.
G01S 19/20 - Integrity monitoring, fault detection or fault isolation of space segment
G01S 19/49 - Determining position by combining or switching between position solutions derived from the satellite radio beacon positioning system and position solutions derived from a further system whereby the further system is an inertial position system, e.g. loosely-coupled
The present invention relates to an aerodynamic measurement probe (10) comprising a body (14) having a surface of interest (40), the probe (10) being characterized in that it further comprises a temperature sensor (30) comprising a detection circuit (32) formed by one or more conductive covers arranged on the surface of interest (40).
G01K 13/02 - Thermometers specially adapted for specific purposes for measuring temperature of moving fluids or granular materials capable of flow
G01K 7/18 - Measuring temperature based on the use of electric or magnetic elements directly sensitive to heat using resistive elements the element being a linear resistance, e.g. platinum resistance thermometer
G01K 7/04 - Measuring temperature based on the use of electric or magnetic elements directly sensitive to heat using thermoelectric elements, e.g. thermocouples the object to be measured not forming one of the thermoelectric materials
G01K 1/14 - SupportsFastening devicesArrangements for mounting thermometers in particular locations
G01P 5/165 - Arrangements or constructions of Pitot tubes
G01P 13/02 - Indicating direction only, e.g. by weather vane
80.
METHOD FOR DESIGNING HARDWARE BLOCKS AND ASSOCIATED DEVICES
The present invention relates to a method for designing hardware blocks of a physical system comprising a prediction device predicting an output for given inputs, the method comprising a step of: - obtaining datasets corresponding to the outputs given by the device in the presence of the inputs of the dataset; - receiving the probability that a dataset is observed during a predefined use; - collecting the predicted outputs; - determining the distribution of the prediction accuracy of the predicted output for each dataset; - aggregating the determined distributions; - applying a risk metric to the time evolution of the aggregated prediction accuracy distribution in order to obtain a quantity representative of the performance range of the device; and - modifying the blocks according to the quantity obtained.
G06F 30/27 - Design optimisation, verification or simulation using machine learning, e.g. artificial intelligence, neural networks, support vector machines [SVM] or training a model
G06N 7/01 - Probabilistic graphical models, e.g. probabilistic networks
CENTRE NATIONAL DE LA RECHERCHE SCIENTIFIQUE (France)
Inventor
Atienza, Nicolas
Labreuche, Christophe
Bresson, Roman
Sebag, Martine, Michèle
Cohen, Johanne
Rousselot, Cyriaque
Caillou, Philippe
Abstract
ILL) and a second constraint of minimising loss of interpretability; determining (40) a prediction function for a prediction result based on an intermediate vector under a third constraint of minimising loss of fidelity between the prediction and classification results.
The present invention relates to a method for allocating resources by means of a hybrid computing system (10) comprising a computer (12) and a quantum computing device (14), the method comprising: - providing a set of elements comprising the tasks to be performed by a set of resources, the performance capacity of each resource and the operating constraint on the resources for performing the tasks; - encoding, by means of the computer (12), the elements in the form of a unit disk graph; - solving the unit disk graph by means of the quantum computing device (14) in order to obtain a solution; and - converting, by means of the computer (12), the obtained solution into a starting time and a resource allocation for each task complying with the operating constraint.
The present invention relates to a method for synthesising a voice signal, the method being computer-implemented and comprising the steps of: - obtaining a stream coded with mixed-excitation linear prediction coding, - extracting the parameters of the coded stream, - applying at least one neural network to the extracted parameters to obtain the probability density of the linear prediction residual signal associated with the coded stream, - generating an estimate of the linear prediction residual signal estimated from the obtained probability density, so as to obtain an excitation signal, and - synthesising the speech based on the excitation signal.
G10L 19/087 - Determination or coding of the excitation functionDetermination or coding of the long-term prediction parameters using mixed excitation models, e.g. MELP, MBE, split band LPC or HVXC
G10L 25/30 - Speech or voice analysis techniques not restricted to a single one of groups characterised by the analysis technique using neural networks
84.
CRPA ANTENNA ELECTRONIC PART OF AN ANTI-JAMMING DEVICE FOR A GNSS RECEIVER, AND ASSOCIATED ANTI-JAMMING PROCESSING METHOD AND NAVIGATION SYSTEM
The present invention relates to a CRPA antenna (15) electronic part (17) of an anti-jamming device (10) for a GNSS receiver (12), comprising: - M inputs (21) configured to receive elementary signals from an array antenna (15) comprising M elementary antennas, M being strictly greater than 1; - a processing module (22) configured to apply anti-jamming processing to the M elementary signals and produce M cleaned output signals; - an output module (23) configured to deliver the M cleaned output signals to the GNSS receiver (12).
G01S 19/36 - Constructional details or hardware or software details of the signal processing chain relating to the receiver frond end
H01Q 3/26 - Arrangements for changing or varying the orientation or the shape of the directional pattern of the waves radiated from an antenna or antenna system varying the relative phase or relative amplitude of energisation between two or more active radiating elementsArrangements for changing or varying the orientation or the shape of the directional pattern of the waves radiated from an antenna or antenna system varying the distribution of energy across a radiating aperture
maxmaxmax), an adjustment control (Tthcaly,phase,suppy,phase,supp app) configured so as not to disturb the measurement by the sensor (10) based on the adjustment control (Tthy,quady,quad appcalrefmesmes(t)).
G01C 19/56 - Turn-sensitive devices using vibrating masses, e.g. vibratory angular rate sensors based on Coriolis forces
G01C 19/5776 - Signal processing not specific to any of the devices covered by groups
G01C 25/00 - Manufacturing, calibrating, cleaning, or repairing instruments or devices referred to in the other groups of this subclass
G01C 19/567 - Turn-sensitive devices using vibrating masses, e.g. vibratory angular rate sensors based on Coriolis forces using the phase shift of a vibration node or antinode
86.
DEVICE AND METHOD FOR POST-PROCESSING THE VOICE SYNTHESIS PRODUCED BY MEANS OF A PREDETERMINED CODEC BY AN EXISTING VOCODER, AND RELATED COMPUTER PROGRAM
The present invention relates to a device for improving the voice synthesis (11) produced by an existing vocoder (10), comprising: - a module (14) for receiving the voice synthesis; - an artificial intelligence model (16) comprising: - a projection module (18); - a voice reconstruction module (20); and - a training module (22) configured to train the model to correct the voice synthesis artefacts generated by the existing vocoder and comprising: - a first training tool (24) configured to train the model according to a supervised learning phase; - a second training tool (26) configured to retrain said model by means of adversarial training, via at least one discriminator (D), the model being provided by the first training tool.
maxxymaxmax) for closed-loop control of the vibrations in the direction (y) of the detection mode; simultaneously implementing the second force (Fy) and the closed-loop control in the direction (y) of the detection mode; and determining an instantaneous angular velocity (Ω(t)) of the housing in an inertial reference system.
maxmaxmesass,biaisass,biais) to be applied to the vibrating element (15) for closed-loop control of the first and/or second vibration amplitude, in order to produce a controlled rotation of the direction of the pilot mode (x) in the vibration plane (XY).
The present invention relates to a device for improving voice synthesis of an existing vocoder, comprising: - a module for receiving parameters characterizing the voice synthesis suitable for being produced by the existing vocoder; - at least one voice synthesizer that includes artificial intelligence (10) and comprises: - a projection module (12) projecting, via a first neural network, said parameters into a latent space having a parameterizable dimension; - a harmonic signal generator (14) generating, via a second neural network, a signal representative of the harmonics associated with said parameters; - a voice synthesis module (16) that synthesizes the voice, via a third neural network, from the projection and from the signal representative of the harmonics, the voice synthesizer being trained during a supervised learning phase.
The present invention relates to a method (50) for estimating the pitch of a human voice in an audio signal received as input, the method being implemented by an electronic device for estimating the pitch of a human voice and comprising the following steps: decomposing (52) the signal into frames of predetermined finite size; for each frame, calculating (54) an autocorrelation of the frame and a spectral transformation of the frame; providing (62) the pair of results of the calculation as input of a neural network with an attention mechanism, trained beforehand, and configured to output the probability that the offset of the autocorrelation corresponds to the period of the pitch of the voice in the audio signal received as input; and estimating (76) the pitch on the basis of such probability.
G10L 25/90 - Pitch determination of speech signals
G10L 25/30 - Speech or voice analysis techniques not restricted to a single one of groups characterised by the analysis technique using neural networks
91.
VOICE SYNTHESIZER, VOICE SYNTHESIS METHOD, AND COMPUTER PROGRAM THEREFOR
The present invention relates to a voice synthesizer (10) comprising: - a projection module (12) configured to project, via a first unidirectional recurrent neural network, input parameters characterizing each frame of an input sound signal comprising a human voice, in a latent space having a parameterizable dimension; - a harmonic signal generator (14) configured to generate, via a second neural network, a signal representative of the harmonics of said input sound signal; - a voice synthesizer (16) configured to synthesize, via a third unidirectional recurrent neural network, an encoded voice associated with said human voice from: - the projection of the projected input parameters into said latent space having a parameterizable dimension, and - the signal representative of the harmonics of the input sound signal comprising the human voice and provided by the generator.
The invention relates to a device (1) for simulating the deformation of a structure (20), which is configured to simulate a deformation of a structure (20), the simulation device (1) comprising: a mounting plate (10); a deformable element (12) which is arranged, along a first face (120) of said deformable element (12), against a face (100) of the mounting plate (10) and configured to be in contact, along a second face (122) of the deformable element (12), with the structure (20), the deformable element (12) being configured to deform in such a way as to exert a force on said structure (20); a control interface (14) for controlling the deformation of the deformable element (12), the control interface being connected to the deformable element (12).
The invention relates to a device (1) for simulating the deformation of a structure (2), the device comprising: a rotary drive system (10); a mounting plate (12) comprising: at least one push-member (120) translatably movable in a direction (A) by means of a slide connection (122) fixed to the mounting plate (12) and configured to be in contact with the structure (2) so as to apply a force to said structure (2) parallel to direction (A); at least one deformation actuator (14) comprising: a member (142) for fixing said actuator (14) to the mounting plate (12), a cam (144) driven in rotation and configured to transform the rotation into a translation parallel to the direction (A); and a connecting rod (146) connected at a first end to the movable push-member (120) and at a second end to the cam (144), the connecting rod (146) being configured to drive the movable push-member (120) in translation parallel to direction (A).
The invention relates to a relocation method, in particular an underwater relocation method, comprising: - receiving prior detection information relating to objects detected by a detection sonar (10) in a water-based monitoring zone; - determining secondary detection information relating to objects detected by a relocation sonar (200), carried by the identification device, as it moves towards one of the target objects of interest detected by the detection sonar; - determining an error correction vector between the position of the target object of interest as estimated by the detection sonar (10) and that as estimated by the relocation sonar (200) on the basis of the prior and secondary detection information; - correcting the position of the target object of interest as estimated by the relocation sonar (200) by applying the position error correction vector; and - controlling the movement of the identification device (20) so that it moves towards the target object of interest using the corrected position.
The present invention relates to a method for establishing a communication of the IP multimedia subsystem (IMS) in local routing mode where user data are routed directly at one or more interconnected satellites, without passing through the ground, between two UE terminals connected to a regenerative satellite of a communication network comprising a satellite constellation. In a session initiation protocol (SIP) message, calling and called terminals insert information relating to their satellite access network. A session control function of the IMS core network interrogates a server linked to the satellite constellation with the information relating to the satellite access networks of the two terminals. The server determines, by verification of an inter-satellite link (ISL) between the regenerative satellites corresponding to the information relating to the satellite access networks, whether local routing of the user plane without passing through the ground is available to directly connect the two terminals.
This method (100), which is implemented by a mobile terminal, consists in combining (300), in a final result (RF), a first result (RR) relating to an instantaneous probability of cell change, and a second result (RL) relating to an exchange latency on a signalling plane between the mobile terminal and a base station of a serving cell, the first result, respectively the second result, being obtained (150, 250) by comparing a measurement (Xi(t+1)) of a first quantity, respectively a measurement (L(t+1)) of a second quantity, with a prediction (X'i(t+1)) of the first quantity, respectively a prediction (L'(t+1)) of the second quantity, a telephone identifier-capturing device being detected when one and/or the other of the first and second results indicates a mismatch between the measurement and the prediction of the associated quantity.
The invention relates to a system for the relative locating of platforms in a swarm of platforms in motion, the system comprising individual beacons for platforms in motion, each of the beacons comprising, in respect of a beacon (40) borne by a first platform: - a means (50) for initiating co-operation with, specifically, a second platform provided with another beacon of the system; - an antenna system (60) for transmitting and receiving radar waves; - a means (70) for responding to a wave received by the antenna system via active transmission by the antenna system of a wave based on the received wave; - and means for spatially characterising (80), relative to the first platform, a source of a radar echo received by the antenna system (60) following transmission of a radar wave by the antenna system (60), wherein the source is identified as the second platform for the purpose of locating the platforms in the swarm.
G01S 7/00 - Details of systems according to groups , ,
G01S 13/34 - Systems for measuring distance only using transmission of continuous waves, whether amplitude-, frequency-, or phase-modulated, or unmodulated using transmission of continuous, frequency-modulated waves while heterodyning the received signal, or a signal derived therefrom, with a locally-generated signal related to the contemporaneously transmitted signal
G01S 13/82 - Systems using reradiation of radio waves, e.g. secondary radar systemsAnalogous systems wherein continuous-type signals are transmitted
G01S 13/933 - Radar or analogous systems, specially adapted for specific applications for anti-collision purposes of aircraft or spacecraft
G05D 1/00 - Control of position, course, altitude or attitude of land, water, air or space vehicles, e.g. using automatic pilots
98.
AMPLIFICATION CIRCUIT FOR A RADIO-FREQUENCY SIGNAL WITH OUTPUT SUPPLY VOLTAGE MODULATION BASED ON AN AMPLIFIER OUTPUT SIGNAL MEASUREMENT
An amplification circuit for a radio-frequency signal comprises a transistor power amplifier (100) and a fixed regulated power supply (110) for providing an output supply voltage to the transistors (100). The circuit comprises a modulator (160) regulating the output supply voltage in a continuously variable manner, said modulator being dependent on a detector (150) measuring an output radio-frequency signal of the transistor.
The present invention relates to a method (100) for calculating a flight trajectory (T(t)) for an aircraft comprising a short/medium-term loop (120) the steps of which are iterated at a high frequency, nested in a long-term loop (110) the steps of which are iterated at a low frequency, the long-term loop leading to a long-term trajectory (TL(t)) being calculated, the long-term trajectory being calculated so as to meet safety criteria, and the short/medium-term loop (120) first leading to a short-term trajectory (TC(t)) being calculated, and then to a medium-term trajectory (TM(t)) being calculated, the short-term trajectory being calculated so as to meet optimality criteria, the medium-term trajectory joining one end of the short-term trajectory to one end of the long-term trajectory.
The invention relates to an optronic device (1) having two optical channels (2', 2'') in a sighting direction (D1), the two optical channels (2', 2'') comprising an emission optical channel (2') and a reception optical channel (2''), the optronic device (1) comprising: - a first reflective face (10') configured to reflect a light beam of the emission first optical channel (2'), - a second reflective face (10'') configured to reflect a light beam of the reception second optical channel (2''), the first reflective face (10') and the second reflective face (10'') being orthogonal to each other.
G02B 7/182 - Mountings, adjusting means, or light-tight connections, for optical elements for prismsMountings, adjusting means, or light-tight connections, for optical elements for mirrors for mirrors
