Abstract: An information processing device includes a controller. In response to detection of an operation on an operator, the controller causes sound emission of a syllable to start based on a parameter for a syllable start frame. In a case where the operation continues even after start of sound emission of a vowel based on a parameter for a vowel frame in a vowel section included in the syllable, the controller causes the sound emission of the vowel based on the parameter for the vowel frame to continue until the operation is released.

Abstract: A display device includes a solar panel and a display board. The solar panel includes power generators and a connection area which connects the power generators, and which generates a smaller amount of power than the power generates generate. The connection area is a linear narrow area narrower than the power generators. The display board includes highly transparent areas having high optical transparency, and a less transparent area having lower optical transparency than the highly transparent areas have. The highly transparent areas are disposed to overlap with each area where the power generators are disposed and not to overlap with an area where the connection area is disposed, and the less transparent area is disposed to overlap with an area where the connection area is disposed.

Abstract: A detection apparatus includes at least one processing unit, a light guide optical system configured to cause projected light to focus on a spatial image forming plane to form an image thereon, and a camera configured to detect an entry depth of a target object in a direction orthogonal to the spatial image forming plane and an entry position of the target object on the spatial image forming plane based on an image captured in such a manner that the spatial image forming plane is included within an angle of view, and the processing unit executes an operation associated with the entry position when the entry depth of the target object reaches a set depth.

Abstract: A training determination device includes: a determination unit configured to determine a training type, based on exercise data obtained when a user has performed a running training; a storage unit configured to store training history information in which the training type determined by the determination unit is associated with time information for performed training and a moving distance during the performed training; a calculation unit configured to perform at least two types of different calculation for a cumulative total of the moving distance for each training type, based on the training history information stored in the storage unit; and a display controller configured to display an image indicating the cumulative total of the moving distance for each training type calculated by the calculation unit.

Abstract: A key input device includes keys and a member having surfaces parallel to each other, the surfaces each having at least one first through hole among first through holes. The keys are inserted to the corresponding first through holes. The member has a first end side, a second end side, a third end side, and a fourth end side, the first end side being opposite the second end side, the third end side being perpendicular to the first end side and opposite the fourth end side. The surfaces of the member are flat from the first end side toward the second end side. The member has a step between a surface on the third end side and a surface on the fourth end side among the surfaces.

Abstract: A robot includes a memory in which an action, that the robot is caused to execute as a response to a predetermined first external stimulus, is registered in advance by a user; and at least one processor. The at least one processor changes, in correspondence with at least any one of a performance count that the robot has been caused to execute the response to the predetermined first external stimulus in a past, an elapsed time from a pseudo-birth of the robot, and a state of the robot, a frequency at which the action is to be correctly executed as the response.

Abstract: In a robot, a processor updates a personality parameter representing a pseudo personality of an own device on the basis of a personality parameter representing a pseudo personality of another device in a case of an approaching state that is a state in which the own device approaches another device of the same type as the own device within a predetermined distance or a state in which a terminal device corresponding to another device approaches a terminal device corresponding to the own device within a predetermined distance.

Abstract: A robot includes a memory in which an action, that the robot is caused to execute as a response to a predetermined external stimulus, the action including a plurality of elements, is registered in advance by a user; at least one processor. The at least one processor, in a case in which the robot is caused to execute a mistaken action as the response to the predetermined external stimulus, changes, in correspondence with a state of the robot, a number of elements to be executed correctly as registered in the memory.

Abstract: An information processing method executed by an information processing device having at least one memory and at least one processor includes: acquiring avatar information related to characteristics of an avatar that performs an action related to customization of a target object in a virtual space; and determining a configuration of a customization object to be used for the customization in the virtual space based on the avatar information.

Abstract: A robot that is a performance information acquisition device includes a microphone, a communicator, and at least one processor. The controller determines whether or not the communicator is capable of communicating with an external device with a performance information transmission function in a case where the microphone acquires a performance sound, acquires performance information from the external device via the communicator when the communicator is capable of communicating with the external device, and acquires performance information by analyzing the performance sound acquired by the microphone in a case where the communicator is incapable of communicating with the external device.

Abstract: Disclosed is an image management method executed by a computer, the method including: setting an imaging apparatus group including a plurality of imaging apparatuses in response to a user's operation of selecting the imaging apparatuses; registering identification information capable of identifying a subject in association with the imaging apparatus group; acquiring a plurality of images captured by respective ones of the plurality of imaging apparatuses included in the imaging apparatus group; and linking the acquired images with the identification information.

Abstract: An apparatus control device for controlling an apparatus includes at least one processor configured to determine, as a characteristic of a performance sound around a robot that is the apparatus, constancy of a performance speed of the performance sound or a key of a performance based on the performance sound, and change a pseudo-emotion of the apparatus in accordance with the determined characteristic of the performance sound.

Abstract: In a terminal device, a control unit acquires a parameter value that is related to a robot executing a gesture according to an event, the parameter value changing according to the event. The control unit generates aggregate data of the acquired parameter value in a target period. The control unit causes a display unit to display the generated aggregate data.

Abstract: An apparatus control device for controlling an apparatus includes at least one processor configured to determine a characteristic of performance sound around a robot that is the apparatus, determine a situation of the robot or a situation around the robot, and when causing the robot to execute a performance coordinated action that is coordinated with the performance sound based on the determined characteristic of the performance sound, reflect the determined situation to the performance coordinated action.

Abstract: The power receiving system includes a power receiver, a battery and one or more processors. The power receiver receives power from a power supply device. The battery is accommodated in the robot and is to be charged with power received by the power receiver. In a case where a determination is made that an amount of charge of the battery is determined to be less than a predetermined amount of charge, the one or more processors control the robot and sets an energy saving mode of the robot, and in a case where a determination is made that the amount of charge of the battery is equal to or greater than the predetermined amount of charge, the one or more processors release setting of the energy saving mode and controls to receive power that is equal to or greater than a reference power consumption corresponding to the energy saving mode.

Abstract: An information processing apparatus performs positioning processing to acquire coordinate positions inside images of light sources included in an image captured with an imaging device among multiple light sources (position indicators) whose coordinate positions in a three-dimensional space are known to derive at least either of a coordinate position and an orientation of an own device (moving body) in the three-dimensional space based on coordinate positions of the light sources in the three-dimensional space included in the image and the coordinate positions inside the images of the light sources. The information processing apparatus uses information on light sources in which an angle of a light source from the imaging device to a predetermined direction or a prospective angle between light sources in a horizontal direction satisfies a predetermined condition to derive at least either of the coordinate position and the orientation of the own device.

Abstract: An information processing system includes a plurality of information processing apparatuses, each including at least one memory and at least one processor that executes one or more instructions stored in the at least one memory. The information processing system performs the following, in a case that customization of an object related to a product is performed according to a movement in a virtual space by an avatar corresponding to a user, generates first customization information for specifying content of the customization, and selects and executes according to operation by the user, at least one of a first process that provides the customized object based on the first customization information to the avatar in the virtual space, and a second process that allows the user to acquire in a real world the product corresponding to the customization.

Abstract: A robot acts autonomously and includes a first table, a second table, and a controller. The first table stores a growth parameter indicating a growth of the robot and data indicating behavior information specifying an action of the robot corresponding to the growth parameter in association with each other. The second table stores data indicating the behavior information and data indicating an action file defining the action of the robot in association with each other. The controller acquires the growth parameter and causes, based on data stored in the first table and data stored in the second table, the robot to perform an action corresponding to the acquired growth parameter.

Abstract: A high-precision positioning result in self-positioning is provided. An information processing apparatus acquires a first coordinate position inside an image of each light source included in an image captured with an imaging device among multiple light sources whose coordinate positions are known in a three-dimensional space to derive at least a coordinate position or an orientation of an own device in the three-dimensional space based on a coordinate position of the light source included in the image in the three-dimensional space and the first coordinate position. The apparatus estimates a height of the imaging device in the three-dimensional space to perform positioning processing using information on the estimated height of the imaging device, acquires a second coordinate position of the light source on the image corresponding to the positioning processing result, and corrects the height of the imaging device based on the first coordinate position and the second coordinate position.

Abstract: A key input device includes: a key; a member having a hole through which the key is movably inserted; and wall parts separate from each other and extending from an edge of the hole in a direction perpendicular to a board of the device.