Abstract: A license issuing means issues a license file to an application program using a library containing a plurality of functions. The license file contains licensed function information for specifying a function allowed to be used among the plurality of functions contained in the library. An authentication means performs license authentication based on the license file. A function activation means activates a function specified by the licensed function information among the plurality of functions in the library based on a result of the license authentication. A program execution means executes the application program by using the activated function.

Abstract: A lifestyle habit recommendation apparatus 10 of the present invention, includes: an execution information acquisition unit 11; a vitality level calculation unit 12; a recommended information determination unit 13; and an output unit 14, wherein the execution information acquisition unit 11 acquires execution information executed for each item serving as an indicator of a lifestyle habit and a vitality level of a user in association with a date, the vitality level calculation unit 12 calculates, based on the execution information and the vitality level of the user in a predictive input period, the vitality level of the user after a predetermined number of days from the predictive input period, the recommended information determination unit 13 calculates recommended execution information up to the predetermined number of days so that the calculated vitality level can be raised, and the output unit 14 outputs the recommended execution information to the user.

Abstract: The present invention provides a new system that allows an easier operation of a moving object. The present invention provides a moving object operation system including: a moving object; and an operation signal transmitter. The moving object includes a signal receipt unit that receives an operation signal. The transmitter includes: an auxiliary tool; a storage unit that contains conversion information; a movement information acquisition unit that acquires auxiliary tool movement information; a conversion unit that converts the acquired movement information into the operation signal based on the conversion information; and a signal transmission unit that transmits the operation signal. The conversion information includes auxiliary tool movement information and operation signal information for instructing the moving object in how to move, and those are associated with each other.

Abstract: An information processing apparatus (2100) detects a left-behind object from video data (12). In addition, the information processing apparatus (2100) estimates a time-point at which the left-behind object is left behind. Furthermore, the information processing apparatus (2100) acquires video data near an estimated left-behind time-point (estimated left-behind time-point), controls the acquired video data based on the estimated left-behind time-point, and then presents at least a part of the acquired video data to a user.

Abstract: The present invention provides a method of setting light emission control of each light emission tool in an area more easily. The method of setting light emission control of each light emission tool in an area of the present invention includes: a light emitting step of transmitting a freely-selected ID signal (Sn) to a plurality of light emission tools that are randomly disposed in an area and emit light in response to receipt of corresponding ID signals to cause a light emission tool (En) that has received the ID signal (Sn) to emit light; an imaging step of acquiring a light emission image (En) of the area after the ID signal (Sn) has been transmitted; a determining step of determining a position of the light emission tool (En) that emitted light in response to receipt of the ID signal (Sn) in the area based on the light emission image (En); and a storing step of storing the position of the light emission tool (En) in the area and the corresponding ID signal (Sn) in association with each other.

Abstract: The first apparatus (2100) computes an determination accuracy representing a probability that it is correct to use, as a determination result, the first result. The first apparatus (2100) outputs the first result as the determination result in a case where the determination accuracy is greater than a first threshold value, and outputs a second result as the determination result in a case where the determination accuracy is smaller than a second threshold value. In a case where the determination accuracy is equal to or greater than the second threshold value and is equal to or smaller than the first threshold value, the first apparatus (2100) requests the second apparatus (2200) to perform the predefined determination on the determination target. The first apparatus (2100) updates at least one of the first threshold value and the second threshold value based on the determination result output by the second apparatus (2200).

Abstract: A health assistance system 60 includes: an examination value prediction means 61 that predicts a future examination value for a prediction subject who is a designated person or a predetermined person using a prediction model specifying the relationship between a plurality of variables corresponding to one or more items relating to the current or past lifestyle habits of a certain person and a future examination value of the person; and a sheet output means 62 that generates and outputs, on the basis of the result of prediction, an information providing sheet for each subject being assisted who is considered the subject of assistance among prediction subjects, the information providing sheet including information for improving the lifestyle habits, preventing disorders, or promoting health of the subject being assisted.

Abstract: A gait analyzing device includes: a data acquisition unit acquiring first image data of a walking user and second image data of the walking user from a different direction, using a depth sensor; a skeletal information creation unit creating skeletal information identifying a position of a joint using depth information; a measurement information creation unit creating measurement information identifying a total number of steps and a ground contact history of left and right feet; a common part extraction unit comparing both instances of measurement information and extracts a part from the skeletal information in the first and second image data where the ground contact history is common; a correction processing unit correcting the skeletal information in the image data having the higher number of frames with the skeletal information in the image data having the lower number of frames; and an analysis processing unit analyzing the user's gait.

Abstract: An image capturing support apparatus 1 includes: a detection unit 2 configured to detect facial images that have facial areas corresponding to a face, from a plurality of captured images, respectively; a determination unit 3 configured to determine whether or not the amount of light is insufficient for the detected facial images, using the detected facial images; and a superimposition unit 4 configured to, when the amount of light is insufficient, adjust the size of each of the facial images, and superimpose the facial areas of the adjusted facial images on each other.

Abstract: A mobile entity detection apparatus 10 includes: a feature point extraction unit 11 configured to extract, from image data output by an imaging device of a vehicle, a feature point moving in an image; an optical flow specification unit 12 configured to compare the latest image data with image data that was output in the past, and specify an optical flow for each feature point; a clustering unit 13 configured to perform clustering on the optical flow based on the optical flow and the position of the optical flow in the image, and separate the optical flow into a cluster; a filtering unit 14 configured to remove a cluster that corresponds to an object forming a background from among the clusters based on the traveling direction and speed of the vehicle; and a mobile entity specification unit 15 configured to specify a mobile entity in the image using a result of clustering after cluster removal.

Abstract: The continual engagement support device 600 includes: the performance data storage means 601 that stores performance data including time data indicating the time of performance and sensor data of the time of performance or the surrounding time obtained from the sensors mounted on the portable terminal when the target action is performed via the portable terminal possessed by the target user; the timing detection means 602 that detects the performance timing, which is the timing at which the target user is likely to perform the target action during the predetermined cycle, on the basis of the performance data; and the notification means 603 provides a notification to prompt the performance of the target action at the detected performance timing when the target action is not performed for a predetermined period of time or longer.

Abstract: A target analysis kit includes: a sample holder including: a reagent chamber containing a first reagent; a sample holding portion; and a liquid transfer portion; and an analysis container including: a first chamber containing a second reagent; and a second chamber with a labeling substance contained in the first or second reagent to be detected. A combination of the first and second reagents is any of the combinations (1) to (3) and (4): (1) first reagent is the immobilized second binding substance and second reagent is the labeled first binding substance; (2) first reagent is the labeled first binding substance and second reagent is the immobilized second binding substance; (3) first reagent is the immobilized first binding substance and second reagent is the labeled second binding substance; and (4) first reagent is the labeled second binding substance and second reagent is the immobilized first binding substance.

Abstract: A data transfer system includes a management server 1 for managing user information, browsing setting information that defines a user who can browse data, and transfer setting information that designates a transfer destination of the data, a data transfer apparatus 2 for setting, for the data, browsing authorization that allows only a specific user to browse the content of the data, based on the user information and the browsing setting information, and transferring the data for which the browsing authorization is set to the designated transfer destination based on the transfer setting information, and a data browsing apparatus 3 for determining whether or not a user has the browsing authorization that is set for the data, based on the user information, the browsing setting information, and the transfer setting information, and presenting the content of the data to the user if the user has the browsing authorization.

Abstract: The present invention provides a method for producing a nucleic acid molecule that can obtain a nucleic acid molecule that binds to a target and does not inhibit a function of the target. The production method for a nucleic acid molecule of the present invention is a method for producing a nucleic acid molecule that binds to a first biological molecule and does not inhibit a function of the first biological molecule, the method including the steps of: (A) bringing a candidate nucleic acid molecule into contact with the first biological molecule to select a nucleic acid molecule that has bound to the first biological molecule as a first selected nucleic acid molecule; and (B) selecting the first selected nucleic acid molecule as an intended nucleic acid molecule.

Abstract: The present invention provides a new stock control system that can grasp the stock status of objects to be controlled and is excellent in convenience. The stock control system of the present invention includes a shelf 10; a marker 11; an image acquisition unit 12; a storage unit; an analysis unit; and an alert unit. The shelf 10 is a shelf on which an object to be controlled 20 is placed. The marker 11 is disposed in the shelf 10 at a position where it is shielded from the image acquisition unit 12 due to the placed object to be controlled 20. The image acquisition unit 12 acquires an image of the marker 11. The storage unit updates and stores on-time stock information of the object to be controlled 20 placed on the shelf 10 based on sales information of the object to be controlled 20. The analysis unit analyzes, upon acquisition of the image of the marker 11 by the image acquisition unit 12, the on-time stock information in the storage unit.

Abstract: An action learning device includes an action candidate acquisition unit that extracts a plurality of possible action candidates based on situation information data representing an environment and a situation of a subject, a score acquisition unit that acquires a score that is an index representing an effect expected for a result caused by an action for each of the plurality of action candidates, an action selection unit that selects an action candidate having the largest score from the plurality of action candidates, and a score adjustment unit that adjusts a value of the score linked to the selected action candidate based on a result of the selected action candidate being performed on the environment.

Abstract: A circuit device (10) includes a circuit construction unit (20) having logic circuit deployment areas (21) and (22) in which a logic circuit can be deployed, and a circuit controller (30) configured to deploy a designated logic circuit in a logic circuit deployment area, in which, if a logic circuit that is deployed in one of the logic circuit deployment areas is instructed to be rewritten to a new logic circuit, the circuit controller (30) deploys the new logic circuit in the other logic circuit deployment area, and, after deployment of the new logic circuit has ended, stops operation of the logic circuit that was initially deployed in the one of the logic circuit deployment areas.

Abstract: Provided is a measurement device including a first acquisition unit that acquires depth information indicating a depth for each two-dimensional position, and a measurement unit that measures a walking state of a test subject by using the depth information.

Abstract: A virtual reality image display system includes processor selects an attribute, senses motion of a user, generates a virtual reality image from body image information of the selected attribute, and controls motion of the generated virtual reality image based on information on the sensed motion of the user and displays the virtual reality image in accordance with the controlled motion.