Abstract: An information processing device includes a control unit that performs control regarding provision of meta information to an image obtained by an imaging device, the meta information including at least one of phase difference information based on a signal output from a phase difference detection pixel or motion information regarding motion of the imaging device according to content of image processing to be executed on the image.

Abstract: A robot control device includes a generation unit that generates control information for controlling a robot to be controlled for each of a plurality of control cycles for the robot, an acquisition unit that acquires control environment information relevant to the control cycles, a selection unit that selects any one of a plurality of the control information based on the acquired control environment information and a relevance between the control environment information and the control cycles, and a control unit that controls the robot using the selected control information, thereby suitably controlling the robot according to the control environment of the robot in a case where the control cycles of the robot depends on the varying control environment of the robot.

Abstract: An electronic substrate unit that is accommodated inside a housing of a battery pack includes an electronic substrate on which a circuit is formed, and a wireless module mounted on the electronic substrate, in which the electronic substrate includes a plurality of attachment portions of the wireless module, and the wireless module is provided on the electronic substrate in a one-on-one manner, and is attached to one of the plurality of attachment portions.

Abstract: An information learning apparatus includes a memory and a processor configured to perform encoding first data in training data in which the first data related to a first series and second data which is correct data for the first data in a second series are associated with each other; decoding data generated in the encoding to generate third data related to the second series; fourth data related to the first series for data generated in the decoding; and learning, based on an error between the second data and the third data and an error between the first data and the fourth data, parameters used by the encoding, the decoding, and the generating, wherein the generating and the encoding share parameters.

Abstract: A composition contains: (1) at least one thiopyridinone compound; and (2) at least one chelating agent. A composition including (1) thiopyridinone compound(s) can be provided with increased stability of the (1) thiopyridinone compound(s) over time, in particular even when the composition is maintained for a relatively long period of time under elevated temperature.

Abstract: A composition contains: (1) at least one thiopyridinone compound; (2) at least one pH adjusting agent, and (3) water. The pH of the composition is from 4.5 to 6.5. A composition including (1) thiopyridinone compound(s) can be provided with increased stability of the (1) thiopyridinone compound(s) over time, in particular even when the composition is maintained for a relatively long period of time under elevated temperature.

Abstract: An information learning apparatus includes a memory and a processor configured to perform generating, for each of processing units constituting an input sequence included in training data, a third embedded vector based on a first embedded vector for the processing unit and a second embedded vector corresponding to an unknown word; executing a process based on a learning target parameter, with the third embedded vector generated for each of the processing units as an input; and learning, for a processing result by the executing, the parameter based on an error of an output corresponding to the input sequence in the training data.

Abstract: Disclosed is a natural language processing technique according to a neural network of high interpretive ability. One embodiment of the present disclosure relates to an apparatus including a trained neural network into which first natural language text is input and that is trained to output second natural language text and alignment information, the second natural language text being in accordance with a predetermined purpose corresponding to the first natural language text, and the alignment information indicating, for each part of the second natural language text, which part of the first natural language text is a basis of information for generation; and an analyzing unit configured to output, upon input text being input into the trained neural network, a predicted result of output text in accordance with a predetermined purpose, and alignment information indicating, for each part of the predicted result of the output text, which part of the input text is a basis of information for generation.

Abstract: In a transmission-equipped motor, a spline portion is formed at an end portion of a drive shaft of a transmission, and a spline hole with which the spline portion is engaged is formed on an end surface of a motor shaft of a hydraulic motor. A snap ring which contacts an end surface of the motor shaft having the spline hole is provided on an outer periphery of the drive shaft having the spline portion so that the snap ring positions the motor shaft and the drive shaft.

Abstract: A driving assistance device including: a controller configured to stop a vehicle by instructing a brake device of the vehicle in a case in which the degree of approach between a target object among objects and the vehicle satisfies a first condition by referring to an output of a detection device detecting presence of the objects that are present in front of the vehicle; and a steering avoidance controller configured to instruct a steering device of the vehicle to avoid contact with the target object using steering, in which the controller restricts a preliminary operation performed in a case in which the target object is present on a curved road more than a preliminary operation performed in a case in which the target object is not present on a curved road; and the preliminary operation is executed in a case in which the degree of approach between the vehicle and the target object is lower than the first condition.

Abstract: A driving assistance device performs one or both of instructing to stop a vehicle when an approach degree between the vehicle and a target object satisfies a first condition and instructing to avoid coming into contact with the target object by steering, performs a first preliminary operation when the approach degree satisfies a second condition, performs a second preliminary operation when the approach degree satisfies a third condition and when it is determined that there is no space where the vehicle is movable after performing avoidance by the steering to any traveling path on a side of the target object, when it is determined that there is a misrecognized lane based on a lane width of a lane divided by two division lines among a plurality of recognized division lines, the traveling path on the side of the target object based on the lane other than the misrecognized lanes.

Abstract: A positive electrode active material includes: a plurality of composite particles, wherein the plurality of composite particles include: lithium-nickel composite oxide particles containing lithium (Li), nickel (Ni), and an element M in an amount of substance ratio of Li:Ni:M=y:1?x:x, wherein, 0?x?0.70, 0.95?y?1.20, and the element M is at least one element selected from Mn, V, Mg, Mo, Nb, Ti, Co, and Al; and a tungsten and lithium containing compound disposed on a surface of the lithium-nickel composite oxide particles, wherein a proportion of segregated particles is 0.1% or less by number ratio, and wherein a ratio of tungsten atoms in the tungsten and lithium containing compound to nickel and element M atoms is 0.05 at. % or more and 3.0 at. % or less.

Abstract: This disclosure relates to a device, a method, and a program capable of removing erroneous data from learning data used for machine learning used in natural language processing, for example. The method includes storing a forward direction learned model of a discrete series converter. The model is trained based on a plurality of pairs of discrete series of texts. Each pair comprises a first discrete series indicates an input of discrete series. A second discrete series indicates an output of discrete series. The first discrete series and the second discrete series are correctly associated. The method further includes converting the first discrete series to the second discrete series, and generating a quality score using the forward direction learned model, using a second learning pair of discrete series texts including an error in relationship.

Abstract: A battery monitoring apparatus includes: battery state detection devices configured to detect states of battery modules: a control device wirelessly connected to a plurality of the battery state detection devices to manage the states of the battery modules; and a processing unit configured to give, to the battery state detection devices to which identification information is to be given, an identification information indicating arrangement positions of the battery state detection devices based on a plurality of wireless communication strengths among wireless communication strengths between the battery state detection devices to which the identification information is to be given and other battery state detection devices, and wireless communication strengths between the battery state detection devices to which the identification information is to be given and the control device.

Abstract: An alert device according to an aspect of the present disclosure includes: at least one memory storing a set of instructions; and at least one processor configured to execute the set of instructions to: identify, from measurement data of a flying object by a sensor, a position of the flying object; determine whether the flying object is located within a predetermined region; determine whether a signal of a predetermined pattern assigned to a mission in the predetermined region is received from the flying object determined to be located within the predetermined region; determine, in a case where no signal of the predetermined pattern is received from the flying object, that the flying object is an unpermitted flying object that is not permitted to enter the predetermined region; and cause a light projection device to irradiate a position of the unpermitted flying object with light.

Abstract: A method of manufacturing a positive electrode active material for a lithium ion secondary battery includes a mixing step of mixing a lithium-nickel composite oxide which is a starting material with a tungsten compound powder without lithium, while being heated, to prepare a tungsten mixture, and a heat treatment step of heat-treating the tungsten mixture. The lithium-nickel composite oxide contains lithium (Li), nickel (Ni), and an element M (M), wherein, the element M is at least one element selected from Mn, V, Mg, Mo, Nb, Ti, Co, and Al, wherein, in the starting material, a ratio of number of tungsten atoms to a total number of nickel atom and the element M atoms contained in the lithium-nickel composite oxide is 0.05 at. % or more and 3.00 at. % or less.

Abstract: An object of the present disclosure is to provide a transmitting-side relay apparatus, a system, a method, and a program, each adapted to reduce congestions in a network while appropriately using a communication resource for a network-based communication. A transmitting-side relay apparatus according to the present disclosure includes a request rate calculation unit configured to calculate, based on a transmission rate of an input packet, an encoding loss rate at the time of encoding the input packet to generate an encoded packet, and a packet loss rate of the encoded packet in a receiving-side relay apparatus, a request rate of the encoded packet; a permissible rate calculation unit configured to calculate, based on at least one of a delay time indicating a time period from the time of generation of the input packet to the time of reception of the encoded packet.

Abstract: A composition includes polydatin and at least one photoisomerization stabilizer and cosmetically acceptable carrier. The at least one photoisomerization stabilizer confers photostabilization to trans-polydatin by at least about 5%, relative to an otherwise identical composition without the at least one photoisomerization stabilizer.