Abstract: A processing apparatus (10) according to the present invention includes: a determining unit (11) that analyzes a moving image, and determines whether a person included in the moving image performs any of a plurality of previously-defined tasks; a computing unit (12) that computes, based on a result of the determination, a time required for each of the plurality of tasks; and a generating unit (13) that generates and outputs, based on a result of the computation, information relating to task improvement.

Abstract: A processing apparatus (10) of the present invention includes: an action analysis unit (11) that detects that a target person captured in an image capturing a person in a facility performs any of a plurality of detection target actions; a determination unit (12) that determines a notification destination, based on at least one of a type of the detected detection target action, a position where the detected detection target action is performed, a time length for which the detected detection target action is performed, a time at which the detected detection target action is performed, and a certainty factor of a detection result; and a notification unit (13) that notifies the determined notification destination of detection of the detection target action.

Abstract: An information processing apparatus (100) includes an estimation unit (115) and a display control unit (119). The estimation unit (115) estimates, based on a plurality of query images acquired by photographing a subject performing a predetermined action a plurality of times, and a reference image indicating a person associated with a predetermined pose, a pose of the subject indicated in each of the plurality of query images. In a case where a query image in which an estimation result is different is included in the plurality of query images, the display control unit (119) causes a display unit to display a query image in which the different estimation is made.

Abstract: A management apparatus (102) includes a master storage (103) for storing master information (103a), and an estimation unit (104). The master information (103a) associates, with each other, an appearance predetermined for one worker or a worker group who conducts work and a kind of the work. The estimation unit (104) estimates a kind of work conducted by each of one or a plurality of workers, based on appearance information about an appearance of the one or the plurality of workers being acquired by analyzing a video in which a work region is captured, and the master information (103a).

Abstract: An information processing apparatus capable of improving accuracy of search results. The information processing apparatus includes: a management unit that manages at least one object, an attribute by which the object is classified, and a certainty factor indicating a probability that the object has the attribute in association with each other; a calculation unit that, using a certainty factor of an attribute designated as a search condition and a certainty factor being managed in association with an attribute identical or similar to the attribute designated as the search condition, calculates a score indicating a matching degree of the object with the search condition; and a display unit that displays the object based on the calculated score.

Abstract: The monitoring apparatus (101) includes an acquisition unit (102) and a processing unit (103). The acquisition unit (102) acquires external appearance information relating to an external appearance of a moving body included in an image captured by a plurality of photographing apparatuses (152) installed in a city. The processing unit (103) executes statistical processing by using the external appearance information.

Abstract: The present invention of an image processing apparatus (10) detects a keypoint of a human body included in an image; computes a degree of similarity between a pose or a movement of a human body detected from the image and a pose or a movement of a human body indicated by a preregistered template image; determines a place in the image where a human body also with the degree of similarity to a pose or a movement of a human body indicated by any template image to be less than a first threshold value is captured; and outputs information indicating the determined place or a partial image acquired by cutting the determined place out of the image.

Abstract: A motion evaluation apparatus includes: motion identification unit for extracting skeletal information of a person in an acquired image and identifying an evaluation target motion related to a body of the person based on the extracted skeletal information of the person and a registered motion pattern formed by stored skeletal information; and evaluation unit for evaluating similarity between the evaluation target motion and a sample motion pattern formed by stored skeletal information, based on an integrated evaluation value including a first evaluation value that is based on a deviation amount of the skeletal information in a temporal axis direction and a second evaluation value that is based on a deviation amount of the skeletal information of the person in a spatial axis direction.

Abstract: A monitoring apparatus (102) includes a detection unit (103) that detects a person P taking a predetermined action, based on an image being acquired by imaging an inspection area R, and an output unit (104) that outputs detection information relating to the person P being detected. For example, the predetermined action includes at least one of a first action being decided in relation to an item, a second action being decided in relation to a visual line of a person, a third action being decided in relation to a movement (including staying) of a person, a fourth action being decided in relation to entry in/exit from a predetermined area, and the like.

Abstract: A lighting management apparatus (101) includes a first acquisition unit (111), and a signal generation unit (112). The first acquisition unit (111) acquires analysis information based on a result being estimated by using an analysis of an image being acquired by photographing a target area TA. The analysis information includes a pose of a person P present in the target area TA. The signal generation unit (112) generates a control signal for controlling one or a plurality of pieces of lighting equipment LE being associated with the target area TA, by using the analysis information and a usage purpose of the target area TA.

Abstract: A control apparatus (103) includes a history acquisition unit (104) and a control unit (105). The history acquisition unit (104) processes image information including an image in which a target space is captured, and acquires appearance history information (106a) including a history of appearances of one or more persons being active in the target space. The control unit (105) outputs control information for controlling an air conditioner (102), based on the appearance history information (106a).

Abstract: An action detection system (10) includes an action specification unit (18) configured to start specification of at least one action ID based on at least part of skeleton information extracted from video data that is a captured video of a user in response to detection of the user visiting checkout machine determined in advance, a determination unit (20) configured to determine whether or not an action sequence including the specified at least one action ID corresponds to registration action sequences registered in advance, and a processing control unit (21) configured to execute processing determined in advance in accordance with a determination result.

Abstract: According to the present disclosure, it is possible to provide an action evaluation system, an action evaluation method, and the like for appropriately evaluating efficiency of a series of operations performed by a worker. An action evaluation system according to an example embodiment can include an action detection unit that detects a plurality of unit actions included in a series of operations performed by a worker from image data, according to a stored unit action pattern, and a time measurement unit that measures a time taken for the series of operations. The time measurement unit can also measure a time of each detected unit action and a time between the unit actions.

Abstract: A control apparatus (103) includes a detection unit (104), and a control unit (105). The detection unit (104) detects a predetermined first gesture by processing image information. When an input condition being a condition for allowing control of a device (102) using the first gesture is satisfied, the control unit (105) controls the device (102) according to the first gesture.

Abstract: The present invention provides an image processing apparatus (10) detects a keypoint of a human body included in an image; computes a degree of similarity between a pose or a movement of a human body detected from the image and a pose or a movement of a human body indicated by a preregistered template image, based on the detected keypoint; determines a place in the image where a human body also with the degree of similarity to a pose or a movement of a human body indicated by any template image to be less than a first threshold value but satisfying a first similarity condition to a pose or a movement of a human body indicated by any template image is captured; and outputs information indicating the determined place or a partial image acquired by cutting the place out of the image.

Abstract: The present invention provides an image processing apparatus (10) including: a skeleton structure detection unit (11) that performs processing of detecting a keypoint of a human body included in each of a plurality of images generated by a plurality of cameras capturing a same place; a determination unit (12) that determines a same human body included in the plurality of images generated by the plurality of cameras; a quality value computation unit (13) that computes, for each human body, a quality value of the keypoint detected from the plurality of images generated by the plurality of cameras; and an output unit (14) that outputs information indicating a place where a human body with the quality value equal to or more than a threshold value is captured, or a partial image acquired by cutting the place out of the image.

Abstract: A query acquisition unit (109) acquires a first query moving image having a plurality of time-series first frame images and at least one second query moving image having a plurality of time-series second frame images. A feature value computing unit (103) computes a feature value of a keypoint detected from an object being included in each of the first frame images and the second frame images. A correspondence relationship determination unit (114) determines a second frame image associated with each of the plurality of first frame images. An integration unit (113) performs, for a plurality of combinations of the first frame image and the second frame image associated with each other, processing of integrating the feature values computed from each of the first frame image and the second frame image, and thereby generates an integrated query in which the integrated feature values are arranged in time series.

Abstract: A management apparatus (10) includes a motion detection unit (11), a related image specifying unit (12), a determination unit (13), and an output unit (14). The motion detection unit (11) detects a predetermined motion performed by a person from image data of an image obtained by capturing a predetermined place including the person. The related image specifying unit (12) specifies a predetermined related image related to the safety of the person. The determination unit (13) determination means determines whether or not the person is in a safe situation based on the detected motion and a positional relationship between the person performing the motion and the related image. The output unit (14) outputs determination information including a result of the determination performed by the determination means.

Abstract: An image processing system (10) includes an analysis means (11), a determination means (12), and a label assigning means (13). The analysis means (11) recognizes a plurality of motion images indicating a motion of a person from image data of motion images according to a plurality of consecutive frames obtained by capturing the person who performs a series of motions. The determination means (12) determines whether or not the motion image and a predetermined reference motion are related to each other. The label assigning means (13) assigns a label to at least some of the consecutive frames in the motion image based on the determination.

Abstract: A route computation apparatus (10) according to the present invention includes: an acquisition unit (11) that acquires people distribution information indicating a distribution state of persons in a passageway through which a user travels; a computation unit (12) that computes, based on the people distribution information, a preferable route, on the passageway, satisfying a condition defined based on a distance to another person, the preferable route being a route on the passageway indicating a travel location in a width direction of the passageway; and an output unit (13) that outputs preferable route information indicating the computed preferable route.