An information processing device (101) calculates a first transfer time and a second transfer time on the basis of the band of a communication path (103) between a first site (104) and a second site (105), and on the basis of the compression load of information (d). The first transfer time is the transfer time that it takes to compress the information (d) and transfer same to the second site (105). The second transfer time is the transfer time that it takes to transfer the information (d) to the second site (105) without compressing same. The information processing device (101) compresses the information (d) and transfers same to the second site (105) if the first transfer time and the second transfer time both satisfy a target recovery time point. The information processing device (101) transfers the information (d) to the second site (105) without compressing same if the first transfer time does not satisfy the target recovery time point and the second transfer time does satisfy the target recovery time point.
This information processing device has an expanded knowledge database (800). The information processing device reads out a plurality of hypotheses which include the hypothesis "X:A→B," the hypothesis "Y:A→B," and the hypothesis "Z:A→B." The information processing device calculates, as a ratio of conditions, the ratio of the union obtained by joining conditions X, conditions Y and conditions Z to a universal set Ω which encompasses the conditions X, the conditions Y and the conditions Z. When the calculated ratio of conditions is equal to or greater than a threshold, the information processing device adds the hypothesis "Ω:A→B," which unconditionally expresses the cause-and-effect relationship "A→B," to the expanded knowledge database (800).
A relay device having a relay function that relays wireless communication between a base station device and a terminal device and is controlled by the base station device, the relay device including: a reception unit that receives a signal including information indicating a communication state transition from the base station device; and a control unit that, when the signal is a first signal including a first identifier, controls the communication state so as to transition from a second state to a first state.
When a hand, which is a living body, is inclined in the lateral direction from the front, the width of the palm in a planar shape looks narrower, but fingers in a circumferential shape do not show a significant change in thickness. Meanwhile, when a flat display object, which represents an image of the hand, is inclined in the lateral direction from the front, the thickness of the fingers in the image of the hand varies nearly identically in proportion to the width of the palm. Thus, this information processing device acquires a plurality of images of the hand, the images being obtained by imaging the object at different times, and determines whether the object is a living body on the basis of the relationship between the thickness of the finger and the width of the palm in the hand represented in each of the plurality of images.
This quantum device includes: a substrate; a first superconductor layer provided on the substrate; and a first wiring that is electrically connected to the first superconductor layer. The first superconductor layer includes: a first lower surface that is in contact with the substrate; a first side surface that is continuous with the first lower surface; and a first upper surface that is continuous with the first side surface. The first side surface includes: a first flat surface that is continuous with the first upper surface; and a first curved surface that is continuous with the first flat surface and the first lower surface. The center of curvature of the first curved surface is located on the first superconductor layer-side when viewed from the first curved surface. The first wiring is in contact with the first upper surface and the first flat surface.
The present invention estimates the number of times the algorithm of a quantum chemical calculation is iterated. Among algorithms that calculate the energy corresponding to a molecule by iterative processing, an algorithm (13) that differs from an algorithm (14) in which quantum circuit data is used is executed by a computer on the basis of molecule information (16) indicating the molecule to be analyzed, and an iteration count (17) of the algorithm (13) is identified. The computer inputs the iteration count (17) to a machine learning model (15) having been trained using the iteration count of the algorithm (13) as an explanatory variable and the iteration count of the algorithm (14) as an objective variable. The computer outputs the estimated value of an iteration count (18) for a case in which the algorithm (14) is executed on the basis of molecule information (16) having been calculated by the machine learning model (15).
This calculation device comprises: a calculation unit that, on the basis of cycle period data in which periodicity appears in biological data including time-series information, calculates a range for non-cycle period data in which non-periodicity appears in the biological data; and a feature extraction unit that extracts a feature from the range of the non-cycle period data which was calculated by the calculation unit.
Provided is a device with which the reliability of the coupling of a waveguide and an optical fiber is improved. This device comprises: a waveguide chip (10) that has a cladding layer (12) and an optical waveguide (13) formed on the cladding layer (12); and an optical fiber (20) optically connected to the optical waveguide (13), wherein the cladding layer (12) has a hollow space (15) below a coupling region (C) where the optical waveguide (13) is optically connected to the optical fiber (20), and the optical waveguide (13) is in contact with the optical fiber (20) in the coupling region (C) and bends in the stacking direction of the waveguide chip (10) inside the hollow space (15).
Embodiments of the present application provide a forwarder indication method, a forwarder, and a network device. The method comprises: a forwarder determines (by default or is expected) not to perform forwarding at a first time unless first information from a network device is received; and the forwarder receives second information used for indicating that the forwarder does not perform forwarding at the first time.
A forwarding method for a repeater access link, and an apparatus. The method comprises: a reception unit of a repeater receives a wave beam identifier of an access link from a network device; and a forwarding unit of the repeater uses a wave beam corresponding to the received wave beam identifier to perform forwarding.
H04W 16/28 - Structures des cellules utilisant l'orientation du faisceau
11.
PACKET DATA CONVERGENCE PROTOCOL ENTITY ESTABLISHMENT APPARATUS AND METHOD, AND PACKET DATA CONVERGENCE PROTOCOL ENTITY ESTABLISHMENT INDICATION APPARATUS AND METHOD
Provided in the embodiments of the present application are a packet data convergence protocol (PDCP) entity establishment apparatus and method, and a PDCP entity indication apparatus and method. The PDCP entity establishment method comprises: mapping a QoS flow to at least one data radio bearer, wherein the QoS flow comprises at least one QoS sub-flow, and one QoS sub-flow corresponds to one data radio bearer; and establishing at least one corresponding PDCP entity for the at least one data radio bearer, wherein the at least one PDCP entity shares first information. In this way, on the basis of QoS sub-flows, QoS differentiation can be performed on PDU sets having different levels of importance in a QoS flow, and the consistency of the QoS flow in different PDCP entities can be ensured.
Embodiments of the present application provide a method and apparatus for transmitting and receiving a signal, and a communication system. The apparatus is applied to a repeater. The apparatus comprises a first transmitting and receiving unit. The first transmitting and receiving unit is configured to: receive at least one first downlink control information format (DCI format), the first DCI format being used for controlling a forwarding module of the repeater; and send feedback information corresponding to the first DCI format and/or a shared channel (PDSCH and/or PUSCH) scheduled by the first DCI format.
A switch control method, an information indication method, a repeater (500), and a network device (101). The method comprises: a mobile terminal (501) of the repeater (500) performing random access, and a forwarding unit (502) of the repeater (500) being in an off state when the mobile terminal (501) of the repeater (500) sends a random access preamble.
Provided in the embodiments of the present application are an information indication method, a repeater, and a network device. The method comprises: a mobile terminal of a repeater receiving indication information for controlling a forwarding unit of the repeater, wherein the indication information comprises first information used for indicating a time domain resource, and the time domain resource is related to a subcarrier spacing.
Provided in the embodiments of the present application are a channel state information feedback method and apparatus. The method comprises: a terminal device receiving a reporting configuration from a network device, wherein the reporting configuration comprises codebook indication information and feedback configuration information; measuring a channel state information reference signal, so as to obtain channel state information; processing the channel state information according to the codebook indication information and the feedback configuration information, so as to obtain first channel state information; and feeding back the first channel state information to the network device.
Embodiments of the present application provide a method and apparatus for sending channel state information (CSI), a method and apparatus for receiving CSI, and a communication system. The sending apparatus is applied to a terminal device, and comprises: a first generation unit configured to generate at least part of CSI on the basis of an artificial intelligence model; and a first omitting unit configured to omit first information of the CSI according to a priority order of the CSI and/or first configuration information.
Embodiments of the present application provide a method and apparatus for sending and receiving channel state information, and a communication system. A sending apparatus is applied to a terminal device, and the apparatus comprises: a first generating unit, configured to generate at least part of the information of channel state information (CSI) on the basis of an artificial intelligence model; and a first omitting unit, configured to omit first information of the CSI according to a priority order and/or first configuration information of the CSI.
An information processing method and apparatus. The information processing method comprises: receiving indication information used to indicate a first state and a second state of a cell relating to downlink transmission (301); and receiving information from the cell according to the indication information (302), wherein the cell is a cell where a terminal device resides, or a cell to which the terminal device is connected.
H04L 9/22 - Séquence de clé pseudo-aléatoire combinée élément par élément avec la séquence de données avec un générateur de séquence pseudo-aléatoire particulier
19.
FORWARDER INDICATION METHOD, FORWARDER, AND NETWORK DEVICE
Embodiments of the present application provide a forwarder indication method, a forwarder, and a network device. The method comprises: a forwarder receives at least two configurations that overlap at a first time point; and according to the at least two configurations, the forwarder at least determines the forwarding beam and/or forwarding state of the forwarder at the first time point.
A switch method and apparatus for a repeater. The method comprises: a receiving unit of a repeater receiving switch information from a network device; and a forwarding unit of the repeater enabling or disabling forwarding at a first time according to an instruction of the switch information.
Provided in the embodiments of the present application are a repeater instruction method, a repeater, and a network device. The method comprises: a repeater determines (either by default or according to expectation) in a first frequency domain range to perform forwarding unless first information from a network device is received; and/or the repeater determines (either by default or according to expectation) in a second frequency domain range not to perform forwarding unless second information from the network device is received.
Embodiments of the present application provide a data transmission device and method, and a data indication device and method. By mapping one or more sub-QoS flows to a data radio bearer (DRB), the mapping of the one or more sub-QoS flows is established; and data transmission is performed on the one or more sub-QoS flows according to the mapping. Thus, sub-QoS flows can be mapped to corresponding DRBs, such that QoS differentiation for PDU sets having different importance in the QoS flows is supported, the efficiency during scheduling and packet loss processing is further improved, and the waste of resources is reduced.
An information processing method and apparatus. The information processing method comprises: receiving paging from a first cell (301); and initiating random access in a second cell or updating system information of the second cell according to the paging (302), wherein the first cell is a non-resident cell of a terminal device, and the second cell is a resident cell of the terminal device.
Provided in the embodiments of the present application are an information receiving method, an information sending method, and an apparatus. A method comprises: a terminal device receiving first indication information, wherein the first indication information indicates a first TCI state and a cell handover, and sending feedback information (HARQ-ACK); and, after at least a first time interval subsequent to the last symbol of the feedback information (HARQ-ACK), applying said indicated first TCI state in a new connected cell. Therefore, the present application can prevent a discrepancy between the terminal device and a network device about when to start applying the TCI state in the new connected cell, thus implementing rapid beam switching and cell handovers.
Embodiments of the present application provide a failure detection and recovery method and apparatus. The method comprises: a terminal device performs failure detection; and when detecting one of a link failure, a measurement reporting failure, a cell handover command receiving failure, a terminal processing failure, and a handover failure, the terminal device uses a stored configuration for recovery and/or reports the failure to a network device by means of a secondary cell and/or a non-serving cell. According to the embodiments of the present application, when detecting one of a link failure, a measurement reporting failure, a cell handover command receiving failure, a terminal processing failure, and a handover failure, a terminal uses a stored configuration and/or reports the failure by means of a secondary cell/non-serving cell, so that faster failure detection and recovery can be performed, thereby reducing the service interruption time and improving the user experience.
Provided in the embodiments of the present application are a method and apparatus for triggering an inter-cell mobility process. The method comprises: a first network device receiving measurement-related information, wherein the measurement-related information comprises one of the following: an L1 measurement result obtained by a terminal device performing L1 measurement on a frequency at which an inter-frequency candidate target cell is located or on the inter-frequency candidate target cell, an indication of a second network device that is based on an L3 measurement result obtained by the terminal device performing L3 measurement on the frequency at which the inter-frequency candidate target cell is located or on the inter-frequency candidate target cell, and an L1 measurement result associated with the candidate target cell; and the first network device triggering, on the basis of the measurement-related information, an L1- or L2-based inter-cell mobility process from a serving cell to a target cell. By means of the embodiments of the present application, it can be ensured that an L1- or L2-based inter-cell mobility mechanism can support an inter-frequency scenario, thereby ensuring that a network uses a cell with the best quality to provide service for a terminal, and thus ensuring the service quality of the terminal, and increasing the network throughput.
This method for producing a Josephson junction element comprises: a step for forming, on a substrate, a mask layer having a first mask pattern containing a first opening extending in a first direction and a second opening extending in a second direction that intersects the first direction, and having a second mask pattern containing a third opening that is shorter than the second opening in the first direction and shorter than the first opening in the second direction; a step for forming on the substrate, using said mask layer as a mask, a first superconducting film in the first mask pattern, by a first film formation from obliquely above the substrate; a step for forming an insulating film on a surface of the first superconducting film; a step for forming, using said mask layer as a mask, a second superconducting film in the first mask pattern, by a second film formation from obliquely above the substrate, wherein the second superconducting film has a region that overlaps with the first superconducting film with the insulating film interposed therebetween; and a step for removing the mask layer by lift off.
Provided is a method for determining whether connection is possible between a DU and an RU that constitute a radio access network. The DU obtains from the RU a first profile representing information related to a function provided by the RU, determines whether the function provided by the DU is supported by the RU on the basis of the first profile and a second profile representing information related to a function provided by the DU, and transmits the second profile to the RU when the function provided by the DU is supported by the RU. The RU edits first control information including communication parameters corresponding to the first profile on the basis of the second profile, and transmits the edited first control information to the DU. The DU determines whether the communication parameters related to the function provided by the DU are supported by the RU on the basis of the first control information and second control information including communication parameters corresponding to the second profile.
The present invention efficiently calculates molecular energy corresponding to a plurality of interatomic distances. An information processing device (10) estimates, for interatomic distances (16a, 16b, 16c, 16d), execution times (17a, 17b, 17c, 17d) of algorithm (13) for calculating molecular energy using quantum circuit data. The information processing device (10) determines an interatomic distance group (16) on the basis of a limit time (17) and the execution times (17a, 17b, 17c, 17d). The information processing device (10) calculates molecular energies (18c, 18d) by executing the algorithm (13) on the interatomic distances (16c, 16d) included in the interatomic distance group (16). The information processing device (10) outputs: the molecular energies (18c, 18d); and molecular energies (18a, 18b) that correspond to the interatomic distances (16a, 16b) not included in the interatomic distance group (16) and that are calculated by algorithm (14).
G16C 10/00 - Chimie théorique computationnelle, c. à d. TIC spécialement adaptées aux aspects théoriques de la chimie quantique, de la mécanique moléculaire, de la dynamique moléculaire ou similaires
30.
BASE STATION DEVICE, TERMINAL DEVICE, AND WIRELESS COMMUNICATION SYSTEM
The present invention provides a base station device in a wireless communication system supporting first communication which uses different resource blocks in the same slot and the same carrier to perform uplink communication and downlink communication at the same timing, the base station device including a control unit that transmits a notification message containing first information and second information to a first terminal device that supports the first communication and a second terminal device that does not support the first communication, the first information being information that the first terminal device and the second terminal device can recognize and including information related to a slot configuration, the second information being information that the first terminal device can recognize but the second terminal device cannot recognize and including information related to a slot configuration, the second terminal device storing the slot configuration in the first information as a slot configuration assigned to itself, the first terminal device prioritizing the slot configuration in the second information for a redundant slot of the slot configuration in the first information and the slot configuration in the second information and storing the prioritized slot configuration as the slot configuration assigned to itself.
Embodiments of the present application provide an information transceiving method and apparatus. The method comprises: a network device sends first report configuration information to a terminal device, the first report configuration information comprising a first number of measurement results contained in a measurement report, and/or first related information of a first reference signal set corresponding to some of measurement results to be reported, and/or a first time interval for sending aperiodic measurement reports; and the network device receives a measurement report sent by the terminal device.
This conversion device acquires: skeleton information in which a plurality of joints included in the human body, and coordinates corresponding to the plurality of joints, are each set; and standard posture information in which the plurality of joints included in the human body, and standard coordinates corresponding to the plurality of joints, are each set. The conversion device identifies, from among the plurality of joints set in the skeleton information, a second joint corresponding to a first joint set in the standard posture information. The conversion device converts the skeleton information into hierarchical structure data by calculating the relative rotation angle from the standard coordinates of the first joint to the coordinates of the second joint and setting the relative rotation angle in the hierarchical structure data.
G01B 21/00 - Dispositions pour la mesure ou leurs détails, où la technique de mesure n'est pas couverte par les autres groupes de la présente sous-classe, est non spécifiée ou est non significative
33.
LEARNING PROGRAM, GENERATION PROGRAM, LEARNING METHOD, AND INFORMATION PROCESSING DEVICE
This information processing device converts a plurality of numerical values, in a time sequence, included in sensing information of a sensor set in a machine or around a machine, into a character string which represents transition in the time sequence. The information processing device trains a machine learning model by using: input data generated on the basis of a control command for controlling the machine and information of the character string which represents the transition in the time sequence; and training data which has a label indicating whether or not abnormality is occurring in the machine.
This information processing device acquires a video capturing work of a person. The information processing device inputs the acquired video into a machine learning model to generate a label indicating a work type for each section of element work of the person. The information processing device receives a label for correction from among the labels generated for the sections, and determines whether or not features of work in the sections of the received label for correction indicating the same work type are similar to one another. If the information processing device determines that the features of work in the sections of the label indicating the same work type are similar to one another, the information processing device executes retraining of the machine learning model by using time-series features of work in the sections of the label indicating the same work type.
This information processing device acquires video in which a work performed by a person was imaged. The information processing device receives, for each time-series section of the acquired video, a label indicating a work element of the person. The information processing device performs, on the basis of the received label, training process for training the transition probability of a feature amount per unit time forming the work element. When a label of a particular type has been imparted to the entirety of, or a portion of, the work element, the training process performed by the information processing device changes, on the basis of the type of the imparted label, the transition probability of the feature amount for the section corresponding to the label.
The present invention avoids a decrease in recognition accuracy in a system which encodes an image at a compression ratio corresponding to a result of recognition processing and transmits the encoded image. Provided is an image processing device which encodes an image and transmits encoded data, said image processing device comprising: an acquisition unit which acquires a first compression ratio that has been calculated on the basis of a result of recognition processing with respect to a decoded image obtained by decoding the encoded data and a second compression ratio that has been used to encode an image prior to an image to be processed; and a determination unit which determines a compression ratio by comparing the first compression ratio and the second compression ratio when interframe prediction processing is selected at the time of encoding of the image to be processed, wherein the determined compression ratio is used to encode the image to be processed.
H04N 19/126 - Quantification - Détails des fonctions de normalisation ou de pondération, p.ex. matrices de normalisation ou quantificateurs uniformes variables
37.
FAIRNESS EVALUATION PROGRAM, FAIRNESS EVALUATION METHOD, AND INFORMATION PROCESSING DEVICE
This fairness evaluation program causes a computer to execute processes of: acquiring a plurality of pieces of data; identifying a first ratio of data, from the plurality of pieces of data, for which a first attribute of a plurality of attributes of the plurality of pieces of data has a first value; identifying a second ratio of data for which the first attribute has the first value from a first group for which a second attribute of the plurality of attributes has a second value, and a third ratio of data for which the first attribute has the first value from a second group for which the second attribute has a third value; and evaluating fairness relating to a third group for which the second attribute has the second value and a third attribute of the plurality of attributes has a fourth value, if a fourth ratio of data for which the first attribute has the first value from the third group satisfies a criterion based on the first ratio, the second ratio, and the third ratio.
This training data distribution estimation device predicts a plurality of decision boundaries between labels on the basis of a plurality of points on a decision boundary between labels predicted by using a plurality of combinations of two points with different labels in a search space configured in a data space of input data to be input to a machine learning model, generates a set of points corresponding to intersections of the predicted plurality of decision boundaries, and updates the search space (32) with reference to the points included in the set. The training data distribution estimation device repeats prediction of the decision boundaries, generation of the set, and update of the search space to output a set, which is obtained when the repetition processing satisfies a predetermined end condition, as a distribution of training data used for training the machine learning model.
The present invention causes a computer to execute a process comprising: classifying a plurality of pieces of data into a plurality of groups on the basis of a first attribute among a plurality of attributes possessed by each of the plurality of pieces data; comparing a positive example rate of data included in a first group among the plurality of groups with a positive example rate of specific data which is included in a second group of the plurality of groups and each piece of which has a value of a second attribute of the plurality of attributes included in a range corresponding to a distribution of values of the second attribute of the data included in the first group; and performing, on the basis of a result of the process of the comparison, a bias evaluation of data on the basis of a comparison between the first group and other groups which are of the plurality of groups and are other than the second group.
This detection device comprises: a color channel selection unit for selecting a color channel on the basis of a separation degree which is an index that is calculated from each of a first color channel image and a second color channel image regarding an original image including a background image and a hand image and that is for determining separation characteristics between the background image and the hand image; and a hand image detection unit for detecting the hand image included in the original image, using the color channel selected by the color channel selection unit.
This computation program executes: a process for using each of a plurality of objective functions as a first evaluation function to perform single-objective optimization on an initial solution, thereby calculating a single-objective optimal solution that has a better value than the initial solution; and a process for using, as a second evaluation function, a linear weighted sum obtained by weighting each of the plurality of objective functions in accordance with the single-objective optimal solution to perform multi-objective optimization on the second evaluation function, starting from the single-objective optimal solution.
Provided is a sensor system that is able to synchronize laser light scanned with two MEMS mirrors, even when there is variation in the resonance frequency of the two MEMS mirrors. In the present invention a master device has a first MEMS mirror for raster-scanning first laser light emitted by a first light-emitting unit, an acquisition unit for acquiring light emission start timing data indicating a light emission start timing of the first light-emitting unit, on the basis of the scanning angle of the first MEMS mirror, and a first light emission control unit for controlling light emission of the first laser light. A slave device has a second MEMS mirror for raster-scanning second laser light emitted by a second light-emitting unit, a determination unit for determining whether the scanning angle of the second MEMS mirror is within the angular range of the effective measurement range of the slave device, and a second light emission control unit for controlling light emission of the second laser light on the basis of the light emission start timing data supplied from the master device, when it is determined by the determination unit that the scanning angle is within the effective measurement range.
This calculation program causes a computer to execute a process for: referring to a storage unit in which the expected answer frequency of a questionnaire, the answer history of a questionnaire, and an environment index are associated with one another for each environment type; selecting one question item from among a plurality of question items related to an environment; delivering a questionnaire including the selected one question item to users, when a preset time has elapsed after a previous questionnaire was delivered; updating the answer history, when the action record of a user relating to the environment is accepted as a user answer to the questionnaire, on the basis of the answer; and identifying, on the basis of the environment index associated with the environment type indicated by the action record, the load imposed on the environment by the user. This makes it possible for the computer to more effectively encourage users to continue environment activities.
In this wireless communication system that simultaneously transfers an information signal and an energy signal, the transfer rate and the efficiency of a wireless power supply are appropriately controlled. The wireless communication system comprises a first wireless communication device and a second wireless communication device. The first wireless communication device comprises a transmission circuit that transmits an information signal and an energy signal. The second wireless communication device comprises: a splitter that generates a first reception signal and a second reception signal by splitting a reception signal from the first wireless communication device; an energy receiver that rectifies the energy signal included in the first reception signal to generate direct current; an information receiver that decodes the information signal included in the second reception signal; and a second control unit that generates control information including a request relating to transmission power of the information signal and transmission power of the energy signal. The second wireless communication device transmits the control information to the first wireless communication device. The transmission power of the energy signal and the information signal is controlled on the basis of the control information of the first wireless communication device.
H02J 50/20 - Circuits ou systèmes pour l'alimentation ou la distribution sans fil d'énergie électrique utilisant des micro-ondes ou des ondes radio fréquence
H02J 50/80 - Circuits ou systèmes pour l'alimentation ou la distribution sans fil d'énergie électrique mettant en œuvre l’échange de données, concernant l’alimentation ou la distribution d’énergie électrique, entre les dispositifs de transmission et les dispositifs de réception
H02J 7/00 - Circuits pour la charge ou la dépolarisation des batteries ou pour alimenter des charges par des batteries
46.
PROGRAM, INFORMATION PROCESSING DEVICE, INFORMATION PROCESSING METHOD, AND TRAINED DNN MODEL
The present invention: calculates a first importance level with respect to a DNN model of weights for a case in which in-distribution data is used as the input for the DNN model, by using a loss function for the in-distribution data and the weight thereof, with respect to one of a plurality of weights indicating the strength of the connection between a pair of neurons constituting the DNN model; uses out-of-distribution data and the loss function to calculate a second importance level with respect to the DNN model of weights for a case in which the out-of-distribution data is used as the input for the DNN model; and deletes a weight from the DNN model if a new importance level calculated by combining the first importance level and the second importance level indicates a relationship less than a threshold value, thereby compressing the DNN model by deleting a weight that is unnecessary for both the in-distribution data and the out-of-distribution data in the DNN model.
This information processing device comprises: a generator that generates a plurality of quantum bits and a plurality of signals; a converter that converts the plurality of signals to a plurality of analog signals of which the signal levels are equalized; a multiplexer that outputs a multiplexed signal obtained by multiplexing the plurality of analog signals; a divider that divides the multiplexed signal into a plurality of divided signals; a plurality of attenuators that attenuate the plurality of divided signals and apply the attenuated signals to the plurality of quantum bits; and a setter that transmits, to the plurality of attenuators, a shared setting signal that indicates the respective attenuation amounts of the plurality of attenuators, wherein the attenuation amounts of the plurality of attenuators is set on the basis of the setting signal.
G06N 10/40 - Réalisations ou architectures physiques de processeurs ou de composants quantiques pour la manipulation de qubits, p.ex. couplage ou commande de qubit
48.
QUANTUM DEVICE AND METHOD FOR MANUFACTURING QUANTUM DEVICE
This quantum device includes: a first surface; a waveguide extending in a first direction parallel to the first surface; a plurality of nano-pillars connected to the first surface and arranged in the first direction; colour centres respectively formed on the plurality of nano-pillars; and a pair of electrodes provided to each colour centre. The plurality of nano-pillars are each inclined from the first direction and extend in a second direction inclined from the normal direction of the first surface. An electric field is applied from the pair of electrodes to the colour centre.
H01L 29/06 - Corps semi-conducteurs caractérisés par les formes, les dimensions relatives, ou les dispositions des régions semi-conductrices
H01L 33/04 - DISPOSITIFS À SEMI-CONDUCTEURS NON COUVERTS PAR LA CLASSE - Détails caractérisés par les corps semi-conducteurs ayant une structure à effet quantique ou un superréseau, p.ex. jonction tunnel
49.
REQUEST IDENTIFICATION PROGRAM, INFORMATION PROCESSING DEVICE, REQUEST IDENTIFICATION METHOD, AND TRANSACTION SYSTEM
In the present invention, when a request for transaction qualifications is detected, a computer is caused to execute processing to determine, with reference to a list in which disclosure items pertaining to the transaction qualifications have been pre-stored for each transaction type, whether or not the scope of disclosure items in a transaction type in the request exceeds the scope of the disclosure items in the applicable transaction type in the list. In addition, the computer is caused to execute processing to identify the legitimacy of the request on the basis of the determination result of whether or not the scope of disclosure items in the transaction type in the request exceeds the scope of the disclosure items in the applicable transaction type in the list. As a result, the risk of disclosing personal information on the answerer's side can be reduced when answering the request for transaction qualifications.
G06Q 20/40 - Autorisation, p.ex. identification du payeur ou du bénéficiaire, vérification des références du client ou du magasin; Examen et approbation des payeurs, p.ex. contrôle des lignes de crédit ou des listes négatives
This terminal has a reception unit, a control unit, and a transmission unit. The reception unit receives, from a base station, a first signal including first information that is information relating to the transmission of a reference signal. In accordance with the information that relates to the transmission of the reference signal and is included in the first signal received from the base station, the control unit determines whether the transmission of the reference signal is at a prescribed timing. If it has been determined that the transmission of the reference signal is at the prescribed timing, the control unit implements first control. The transmission unit transmits the reference signal in accordance with the first control.
This base station comprises a control unit and a transmission unit. The control unit sets the state of a cell formed by the base station to a first state or a second state in which transmission of a reference signal in the cell is restricted. Furthermore, the control unit determines to cause the state of the cell formed by the base station to transition to the second state. When the control unit has determined to cause the state of the cell formed by the base station to transition to the second state, the transmission unit transmits a first signal containing first information relating to the second state to a terminal connected to the cell transitioning to the second state.
Embodiments of the present application provide a communication method for a network node, a communication method for a mobile node, a mobile node, and a donor device. The method comprises: a first donor-CU receives first indication information, the first indication information comprising identification information related to a third donor-CU; and the first donor-CU sends to the third donor-CU second indication information used for indicating the context of traffic.
Embodiments of the present application provide an information transceiving method and apparatus. The method comprises: a terminal device sending to a network device request indication information used for acquiring a first reference signal set; and receiving a first reference signal in a first reference signal set sent by the network device. Or, the network device sending to the terminal device third resource configuration information, the third resource configuration information comprising a reference signal set identifier, and comprising an identifier of each reference signal in a reference signal set; sending first reference signal set indication information to the terminal device; and sending to the terminal device a first reference signal in the first reference signal set.
A cell configuration method and apparatus. The method comprises: sending configuration information of a group of cells to a terminal device, wherein the configuration information comprises cell identification information and information that is required for accessing a cell; and sending L1 signaling and/or L2 signaling to the terminal device, wherein the L1 signaling and/or the L2 signaling indicate(s) at least one cell in the group of cells.
A cell change method and an apparatus. The method comprises: receiving from a first network node an L1 signaling and/or L2 signaling; and changing from a serving cell to a cell indicated by the L2 signaling and/or L1 signaling, the changing from the serving cell to the cell indicated by the L2 signaling and/or L1 signaling comprising at least one of L1 partial resetting, L2 partial resetting and handling of a timer maintained by an RRC layer.
Provided in the embodiments of the present invention are a measurement relaxation method and apparatus, and a communication system. The measurement relaxation apparatus is applied to a terminal device, and comprises a first sending unit, which is configured to submit terminal-device auxiliary information to a low layer by means of a signaling radio bearer 3 in the case that the terminal device is in a dual connectivity state, the signaling radio bearer 3 is configured therefor, and a secondary cell group of the terminal device is not in an inactivated state or is in an activated state.
Provided in the embodiments of the present application are an information indication method, a repeater, and a network device. The method comprises: a repeater obtains first information; and the repeater determines, at least on the basis of the first information and/or a communication standard definition rule, to use a first beam at a first time for receiving or sending at an access link.
Embodiments of the present application provide an information indication apparatus and method, and an information receiving apparatus and method. A network device changes a service mode and sends indication information to a terminal device, wherein the indication information indicates: CSI measurement mode update; and/or CSI report update; and/or CSI-RS resource update; and/or BWP switching. Therefore, on the basis of the indication information, a terminal device can adapt to the changed service mode without ambiguity, and accurately determine information such as CSI measurement mode update and/or CSI report update and/or CSI-RS resource update and/or BWP switching, and further efficiently perform subsequent uplink data transmission or downlink data reception with a network device.
Embodiments of the present application provide a forwarder and a transmission method thereof, a network device, and a communication system. The method comprises: a forwarder receives control information from a network device by means of a control link, wherein the forwarder supports uplink and downlink transmission of a cyclic prefix orthogonal frequency division multiplexing (CP-OFDM) waveform; and the forwarder performs forwarding on a backhaul link and/or an access link according to the control information.
A cell change method and apparatus. The method comprises: a terminal device sending a measurement result to a first network node; the terminal device receiving L1 signaling and/or L2 signaling from the first network node; and the terminal device changing from a serving cell to a cell indicated by the L2 signaling and/or the L1 signaling.
Provided in the embodiments of the present application are a method and apparatus for measurement relaxation, and a communication system. The apparatus for measurement relaxation is applied to a terminal device, and comprises a first application unit, wherein the first application unit is configured such that: for a serving cell that is configured with two or more beam failure detection reference signal (BFD-RS) groups, the first application unit makes the terminal device not execute beam failure detection (BFD) measurement relaxation; or, for a serving cell that is not configured with two or more BFD-RS groups, the first application unit makes the terminal device execute BFD measurement relaxation.
Provided in the embodiments of the present application are a signal receiving method, a signal sending method, and an apparatus. The signal receiving method comprises: a terminal device receiving downlink control information (DCI), wherein the DCI indicates one or two transmission configuration indication (TCI) states (TCI states); and the terminal device receiving, within the action time of the one or two TCI states, a physical downlink control channel (PDCCH) associated with the one or two TCI states. By means of the method, the occurrence of undefined device behavior can be avoided when a terminal device receives a PDCCH within the action time of two TCI states, or when the terminal device receives PDCCH repetition within the action time of one or two TCI states, thereby avoiding PDCCH reception failure caused by the undefined device behavior.
Embodiments of the present application provide non-periodic reference signal receiving and sending methods and an apparatus. The non-periodic reference signal receiving method comprises: a terminal device receiving first DCI, the first DCI comprising a TCI field, the TCI field indicating at least two TCI states, and the at least two TCI states comprising a first TCI state and a second TCI state; the terminal device receiving second DCI, the second DCI comprising a reference signal request field, and the reference signal request field being used to trigger a non-periodic reference signal; and the terminal device receiving the non-periodic reference signal, a QCL reference used to receive the non-periodic reference signal being related to the at least two TCI states. According to an embodiment of the present application, reliability of downlink receiving of a non-periodic reference signal and uplink sending of the non-periodic reference signal by the terminal device is ensured.
Provided in the embodiments of the present application are a monitoring method and apparatus for an AI/ML model. The method comprises: a network device receiving an uplink reference signal sent by a terminal device; and performing performance monitoring on an AI/ML model by using the uplink reference signal.
Provided in the embodiments of the present application are a channel state information reporting method and an apparatus. The method comprises: a terminal device receiving a DCI format for scheduling the PUSCH on one or more cells and/or uplink carriers, the DCI format requesting or triggering aperiodic CSI reporting; and the terminal device sending a CSI report. The embodiments of the present application implement the aperiodic CSI reporting and PUSCH-based semi-persistent CSI reporting when the DCI format can schedule the PUSCHs of a plurality of cells.
Provided in the embodiments of the present application are a data acquisition method and an apparatus. An AI/ML model comprises an information generation unit located in a first device and an information reconstruction unit located in a second device. The method comprises: the second device acquiring first data X inputted into the information generation unit; and acquiring second data Y which corresponds to the first data X and which is outputted from the information generation unit.
This relay device that relays signals received from a base station device to a terminal device includes a control unit that determines, in accordance with support information indicating whether or not a first base station device has a control function of the relay device, whether or not to implement relay processing of a first signal transmitted by the first base station device under control of the first base station device, and a relay unit that implements the relay processing under control of the first base station device in a case of the control unit determining to implement the relay processing under control of the first base station device.
Embodiments of the present application provide a mobile node configuration method and a donor device. The method comprises: according to first information of a mobile node, a first donor-CU reconfigures second information in a mobile region for the mobile node; and a second donor-CU receives the second information sent by the first donor-CU and reconfigured for the mobile node, and sends the second information to a DU of the mobile node.
Embodiments of the present application provide a mobile node configuration method, a mobile node, and a host device. F1 connection of a distributed unit (DU) of the mobile node terminates at a first donor-CU; the first donor-CU configures or reconfigures, for the DU of the mobile node according to position-related first information of the mobile node, second information related to a first cell; and the first donor-CU sends, to the DU of the mobile node, the configured or reconfigured second information related to the first cell.
Provided in the embodiments of the present application are a data sending method and apparatus, a channel state information feedback method and apparatus, and a system. The data sending method comprises: a network device sending first information to a terminal device, wherein the first information instructs the terminal device to generate and feed back channel state information; the network device receiving channel state information of N layers which is sent by the terminal device, wherein N ≥ 2, and channel state information of at least two layers in the channel state information of the N layers is indicated by means of unequal numbers of bits; and the network device sending data to the terminal device according to the channel state information of the N layers.
H04B 7/04 - Systèmes de diversité; Systèmes à plusieurs antennes, c. à d. émission ou réception utilisant plusieurs antennes utilisant plusieurs antennes indépendantes espacées
71.
METHOD AND APPARATUS FOR CONFIGURING PARAMETER, AND COMMUNICATION SYSTEM
Provided in the embodiments of the present application are a method and apparatus for configuring a parameter, and a communication system, wherein the apparatus for configuring a parameter is applied to a terminal device. The apparatus comprises a first application unit, wherein where the terminal device is configured with a dual active protocol stack bearer, when the terminal device is not configured with first configuration information, which is related to a wireless link failure, of a cell group or the first configuration information received is set to a first state, the first application unit uses, for synchronizing a reconfigured target cell group, information, which is related to a wireless link failure, in a system information block (SIB) 1 of a source cell or a target cell.
Embodiments of the present application provide an information processing method and apparatus, and an information sending method and apparatus. The information processing method comprises: a terminal device receives a CSI-RS sent by a network side device; and the terminal device performs downlink reception on a first cell reference signal or determines a measurement result of a first cell according to the CSI-RS, wherein the CSI-RS and a first synchronization signal block of the first cell or a second synchronization signal block of a second cell have a quasi co-location (QCL) relationship, and the first synchronization signal block and the second synchronization signal block have a QCL relationship.
Embodiments of the present application provide an information processing method and apparatus, and an information sending method and apparatus. The information processing method comprises: a terminal device receiving a second synchronization signal block (SSB) of a second cell sent by a network side device; and according to the second SSB, performing downlink reception on a first cell reference signal or determining a measurement result of a first cell, wherein a first SSB of the first cell and the second SSB of the second cell have a quasi co-location (QCL) relationship.
Embodiments of the present application provide an information transceiving method and apparatus, and an information processing method and apparatus. The information transceiving method comprises: a first network device sends third instruction information to a second network device, the third instruction information being used for instructing the first network device to stop or resume sending a first synchronization signal block of a first cell that should have been sent, or for instructing the first network device to stop or resume sending a physical broadcast channel (PBCH), carrying a master information block (MIB), of the first synchronization signal block that should have been sent.
Embodiments of the present application provide an uplink data transmitting apparatus and method, and an uplink data receiving apparatus and method. A terminal device determines, on the basis of a parameter indicated by third downlink control information and/or at least one uplink transmission configuration indication state (UL TCI state) corresponding to a second action time, related parameters used for transmission of uplink data within the second action time. Thus, ambiguity can be avoided in use of related parameters for transmission of uplink data, thereby avoiding an uplink data transmission failure caused by the ambiguity.
Provided in the embodiments of the present application are an uplink data sending apparatus and method, and an uplink data receiving apparatus and method. The uplink data sending method is applied to a terminal device, wherein a first SRS resource set and a second SRS resource set are configured for the terminal device. The method comprises: a terminal device receiving downlink control information, determining the number of layers and DMRS ports according to the downlink control information, and sending uplink data by using a first transmission scheme or a second transmission scheme. Thus, a terminal device determines the number of layers and DMRS ports according to received downlink control information, and sends uplink data by using a specific transmission scheme. Thus, parameters, such as the number of layers, and DMRS ports, can be indicated flexibly, and dynamic switching between different transmission schemes can be supported; moreover, the terminal device can send uplink data by using appropriate uplink sending parameters, thereby ensuring the throughput or reliability of the sending of uplink data.
The present invention improves the accuracy for narrowing a large number of registrants into candidates of people to be collated. According to the present invention, when biometric information of the people to be collated is acquired from the people to be collated, a generating unit refers to a storage unit in which biometric information about each registrant included in a first registrant group is stored and performs a first collation on the first registrant group and the people to be collated. The generating unit generates a candidate group that includes registrants who are candidates of the people to be collated on the basis of the results of the first collation. A correcting unit performs a second collation that has a higher collating accuracy than the first collation on a second registrant group that includes first registrants included in the registrant group and second registrants not included in the registrant group among the registrants included in the first registrant group, on the basis of the biometric information of the people to be collated. The correcting unit corrects the candidate group on the basis of the results of the second collation.
This information processing device estimates three-dimensional posture information on an object on the basis of a camera parameter and two-dimensional posture information on the object within each 2D-BBOX (420, 421) detected using a detector from images (400, 401) included in a multi-view image, calculates a refined 2D-BBOX range from two-dimensional posture information on the object obtained by reprojecting the estimated three-dimensional position information on each image (400, 401, 402), and generates each calculated 2D-BBOX range as a pseudo-label (440, 441, 442).
The symptom detection device acquires visual data including the face of a patient who executes a specific task. The symptom detection device analyzes the acquired visual data to separately detect the occurrence intensities for the individual action units included in the face of the patient. The symptom detection device detects a symptom associated with dementia in the patient on the basis of the temporal change in the occurrence intensity for each of the detected plurality of action units.
A61B 10/00 - Autres méthodes ou instruments pour le diagnostic, p.ex. pour le diagnostic de vaccination; Détermination du sexe; Détermination de la période d'ovulation; Instruments pour gratter la gorge
80.
ESTIMATION PROGRAM, ESTIMATION METHOD, AND ESTIMATION DEVICE
This estimation device acquires video data including the face of a patient who is performing a specific task. The estimation device inputs the acquired video data into a first machine learning model to thereby detect the occurrence intensity of each of action units included in the face of the patient. The estimation device inputs a temporal change in each of the occurrence intensities detected of a plurality of action units into a second machine learning model, to thereby estimate a test score for a test tool that performs a test concerning dementia.
A61B 10/00 - Autres méthodes ou instruments pour le diagnostic, p.ex. pour le diagnostic de vaccination; Détermination du sexe; Détermination de la période d'ovulation; Instruments pour gratter la gorge
81.
TERMINAL DEVICE, BASE STATION DEVICE, AND COMMUNICATION SYSTEM
The present invention has a reception unit for receiving from a base station device a signal indicating that a first cell sleeps, and a control unit, wherein the control unit carries out a first process when the first cell is a first type of cell, and carries out a second process when the first cell is a second type of cell. The first type of cell is a special cell, and the first process is such that, if a measurement result of a change-destination candidate cell is greater than or equal to a reference value, the special cell is changed from the first cell to the change-destination candidate cell, and if a measurement result of the change-destination candidate cell is not greater than or equal to the reference value, a RRC connection is reestablished. The second type of cell is a secondary cell, and the second process is a process for deactivating the first cell.
A method for producing a structure according to the present invention comprises: a step for forming an s-wave superconductor layer on a base material; a step for forming a first transition metal dichalcogenide layer, which contains a van der Waals layered substance, on the s-wave superconductor layer; and a step for forming a second transition metal dichalcogenide layer on the first transition metal dichalcogenide layer.
H01L 39/22 - Dispositifs comportant une jonction de matériaux différents, p.ex. dispositifs à effet Josephson
H01L 39/24 - Procédés ou appareils spécialement adaptés à la fabrication ou au traitement des dispositifs couverts par ou de leurs parties constitutives
Embodiments of the present application provide an information transceiving method and apparatus. The method comprises: a terminal device receives resource configuration information of a reference signal sent by a network device, wherein the resource configuration information comprises or does not comprise indication information used for indicating a downlink sending beam corresponding to the reference signal; the terminal device receives the reference signal sent by the network device.
The present invention provides an information processing device that acquires video data. The information processing device inputs the acquired video data to a machine learning model to thereby identify a class of an action of a person included in the video data and a confidence level of the class. The information processing device generates question information related to the identified class on the basis of the identified confidence level.
This information processing device inputs, to a machine learning model, video data obtained by capturing an area in which an object is disposed, and thereby identifies a relationship between a person and the object in the behavior of a specific user included in the video data with respect to the object. The information processing device acquires a psychological evaluation of the person with respect to the object for which the relationship has been identified, and registers, in a database indicating the analysis result for the object stored in a storage unit, the result relating to the identified relationship and the psychological evaluation of the person in association with each other.
Provided is a coordination program that causes a computer to perform a process for coordinating a network for a first blockchain and a network for a second blockchain, said coordination program including a process for monitoring the generation of a first block having parameters relating to the first blockchain and, when the first block is generated, calculating, on the basis of the parameters, the release timing to release temporary seizure of a first security deposit that is among the security deposits registered in the first blockchain and that is for guaranteeing the execution of the transaction of the first block of the first blockchain.
This information processing device transmits a request TX6 to an end-chain network via a second IW node (302). The information processing device acquires a most recent response time T6-1 of when a response TX6 was received via the second IW node (302), and acquires a most recent response time T6-2 of when the response TX6 was received via a first IW node (302). If the response time T6-2 is at least a prescribed value longer than the response time T6-1, the information processing device identifies that there is an abnormality in the IW nodes (302) or the network.
This information processing device generates skeleton information including the positions of the joints of a person by acquiring video information including the person, generating an avatar having a plurality of parts that form the surface of the person included in the acquired video information, and analyzing the acquired video information. The information processing device identifies, on the basis of the generated skeleton information, the behavior of the person included in the video information and determines, on the basis of the identified behavior of the person, whether each of the plurality of parts included in the generated avatar reflects the motion of the person. The information processing device moves parts, which have been determined to reflect the motion of the person, among the plurality of parts included in the avatar on the basis of time series changes in skeleton position in the generated skeleton information. The present invention can be applied to a service for identifying a purchase behavior of a customer by analyzing the video data.
An information processing device according to the present invention acquires video information including a person and analyzes the acquired video information, thereby generating attribute information including an attribute of the person and skeleton information including a joint position of the person. The information processing device acquires a three-dimensional avatar that has a plurality of parts constituting a surface of the person included in the acquired video information and that has a feature quantity related to the person for each part. The information processing device, on the basis of the generated attribute information and skeleton information, identifies a part the feature quantity of which is to be converted from among the plurality of parts of the acquired three-dimensional avatar. The information processing device generates, as an avatar of the person included in the video information, a three-dimensional avatar for which the feature quantity of the identified part has been converted. By using AI to analyze video data, it is possible to apply the present invention to a service that identifies purchasing behavior of a customer.
Provided is an information processing device which acquires a plurality of sentences including a plurality of words. This information processing device applies processing to the plurality of sentences, the processing identifying a set of feature words from the plurality of words on the basis of sentence vectors of the sentences including the plurality of words and word vectors of the plurality of words. The information processing device classifies the plurality of sentences such that sentences including the same set of feature words are included in the same cluster.
This planning program causes a computer to execute: a first step for arranging a plurality of target objects as processing entities for a plurality of processes, by means of forward arrangement in which the arrangements are planned in accordance with a predetermined order for the plurality of target objects, starting from a predetermined time point; a second step for arranging the plurality of target objects as processing entities for the plurality of processes, by means of backward arrangement in which the arrangements are planned with the time axis in the opposite direction, starting from a predetermined time point, in accordance with the order in which processing of each target object is completed in the final process in the arrangement obtained in the first step; a third step for left-aligning a processing start time point of each target object in each process in the arrangement obtained in the second step; and a fourth step for left-aligning the arrangement obtained in the third step to a predetermined time point.
G06Q 10/06 - Ressources, gestion de tâches, des ressources humaines ou de projets; Planification d’entreprise ou d’organisation; Modélisation d’entreprise ou d’organisation
92.
OPTICAL CIRCUIT, QUANTUM COMPUTING APPARATUS, AND OPTICAL CIRCUIT MANUFACTURING METHOD
An optical circuit (1) comprises: a first optical waveguide (11) that extends in a first direction and that contains diamond as a material; a plurality of second optical waveguides (12) that each contain diamond as a material and include a color center (30), and that are each connected to the first optical waveguide (11) and extend in a direction different from the first direction; and a third optical waveguide (21) that is formed of a material having a refractive index lower than that of diamond, and is connected to the first optical waveguide (11).
Provided is a proof generation program for causing a computer to execute processing of: generating, for each of processes included in a supply chain, a zero-knowledge proof showing the validity of a cumulative value, which is obtained by accumulating the values of processes from the upstream-most process to the relevant process, and information on the cumulative value; and recording both the zero-knowledge proof and the information on the cumulative value into a blockchain.
The present invention improves the accuracy of detecting a transaction that is suspected to be fraudulent. An information processing device (10) calculates an anomaly score, for each of a plurality of transactions in a computer system (1), through unsupervised first machine learning in which history information (11b) that indicates the history of the plurality of transactions is taken as input data. Next, the information processing device (10) sets a pseudo-label that indicates whether or not there is suspected fraud in the history of the plurality of transactions, on the basis of the anomaly score of each of the plurality of transactions. Then, the information processing device (10) generates a model that, using the history of one transaction as input, assesses whether or not there is suspected fraud in the one transaction through supervised second machine learning in which the history of a plurality of pseudo-label-imparted transactions is taken as training data.
This posture estimation device: estimates the posture of a person frame by frame on the basis of a first fitting process using a three-dimensional model representing skeletal information of the person to a three-dimensional point cloud included in each of time-series frames, each of which includes a three-dimensional point cloud of the person; stores, in a storage unit, information that identifies a first frame for which the estimated posture is detected to be a first posture; and employs, as the result of the estimation of the posture of the person for each of frames of interest between the first frame identified according to the information stored in the storage unit and a second frame later than the first frame, an estimation result corrected on the basis of a second fitting process using a three-dimensional model to the three-dimensional point cloud included in each frame of interest, if the posture of the person estimated from the second frame is detected to be a second posture.
This wireless communication system comprises: a base station device; a terminal device; and a reflection control device that receives and reflects signals transmitted by the base station device, thereby transmitting the reflected waves. The reflection control device changes the reflection angles of the reflected waves in accordance with the change of applied voltages. The base station device in the wireless communication system comprises: a determination unit that determines information related to the applied voltages in the reflected waves and to the changing period of the applied voltages; and a reflection control unit that transmits the information to the reflection control device, thereby causing the reflection control device to repeat the change of the applied voltages in the changing period in accordance with the information.
The present invention enhances the accuracy of quantum calculations. A quantum circuit design device (10) detects, from a quantum circuit (1) indicating gate operations with respect to a plurality of qubits (8a, 8b...) included in a quantum device, a first quantum gate at which the gate operations cannot be executed by the quantum device. Next, the quantum circuit design device (10) determines, on the basis of a relaxation time of the qubits to be operated by the detected first quantum gate, equivalent circuits to be implemented from among a plurality of equivalent circuits that realize the same gate operation as the first quantum gate by a second quantum gate at which the gate operations can be executed by the quantum device. Then, the quantum circuit design device (10) converts the first quantum gate in the quantum circuit (1) to the determined equivalent circuits (7a, 7b).
G06N 10/80 - Programmation quantique, p.ex. interfaces, langages ou boîtes à outils de développement logiciel pour la création ou la manipulation de programmes capables de fonctionner sur des ordinateurs quantiques; Plate-formes pour la simulation ou l’accès aux ordinateurs quantiques, p.ex. informatique quantique en nuage
98.
THREE-DIMENSIONAL POSITION CALCULATION METHOD, DEVICE, AND PROGRAM
G01C 3/06 - Utilisation de moyens électriques pour obtenir une indication finale
G01B 11/245 - Dispositions pour la mesure caractérisées par l'utilisation de techniques optiques pour mesurer des contours ou des courbes en utilisant plusieurs transducteurs fixes fonctionnant simultanément
This association device: detects tracklets that are a series of areas that show objects detected from time-series multi-viewpoint images; calculates consistent distances between the tracklets on the basis of consistent distances between the areas in the images captured at the same time and sets a symbol Φ that indicates postponing the calculation of the consistent distances as consistence distances that do not overlap in time between the tracklets; merges, to the same cluster, a first tracklet and a second tracklet of which a consistent distance is equal to or smaller than a threshold value and uses the consistent distance except for Φ among the consistent distances between a third tracklet and each of the first and second tracklets, and updates the consistence distance between the merged cluster and the third tracklet; and associates, as the same object, an object indicated by the tracklet belonging to the same cluster in a step in which a tracklet, which can be merged, is not left.
Proper installation of a camera device is important in AU estimation, because the prediction error, which is the magnitude of the error of an estimated value relative to the correct value for AU intensity, increases depending on the imaging conditions. In the present invention, a computer: acquires a first face image of a person; identifies a first state of an element of imaging conditions from the first face image; generates a second state of the element of the imaging conditions that has been modified so as to improve the first state; inputs the second state to a machine learning model generated from training by taking the state of the element of the imaging conditions of the face image as a feature quantity and taking errors in estimated values relative to the correct values for AU intensity as correct data, for respective AUs representing movement of facial expression muscles; estimates a prediction error for each of the AUs; determines whether all of the prediction errors for the respective AUs satisfy a predetermined criterion; and executes processing to identify an element of the imaging conditions that should be improved with respect to the first face image on the basis of the determination result as to whether the predetermined criterion is satisfied. The foregoing makes it possible to present a problem in the imaging conditions concerning a camera device for AU estimation.
brevets
