Abstract: An image processing apparatus according to an exemplary embodiment includes one or more processors, and one or more memories storing executable instructions that, when executed by the one or more processors, cause the one or more processors to perform functions of a detection and tracking unit configured to detect and track a person by using an image obtained through capturing of a moving image, an orientation detection unit configured to detect a face orientation of the person, and an action detection unit configured to detect a suspicious action of the person, based on a cumulative value of an amount of time-series change in the face orientation.

Abstract: An image processing apparatus that outputs information about a specified product includes a detection unit configured to detect person information including a behavior history of a person detected from a video, and an output unit configured to output information about a product that meets a predetermined condition, based on the detected behavior history in the person information relating to a person to be retrieved.

Abstract: An image processing apparatus that outputs information about a predetermined person includes an acquisition unit configured to acquire person information including an action history of a person detected from a video and product information corresponding to a target product possibly stolen from a store, an extraction unit configured to extract person information related to the target product corresponding to the acquired product information based on the product corresponding to the acquired product information and the action history included in the acquired person information, and an output unit configured to output a report including at least the person information extracted by the extraction unit and the product information corresponding to the target product.

Abstract: An image processing apparatus according to an exemplary embodiment includes one or more processors, and one or more memories storing executable instructions that, when executed by the one or more processors, cause the one or more processors to perform functions of a detection and tracking unit configured to detect and track a person by using an image obtained through capturing of a moving image, an orientation detection unit configured to detect a face orientation of the person, and an action detection unit configured to detect a suspicious action of the person, based on a cumulative value of an amount of time-series change in the face orientation.

Abstract: An information processing apparatus that causes a display to display an image captured by one or more image capturing apparatuses is provided. The information processing apparatus obtains one or more pieces of path information indicating a change in a position of an object captured by the one or more image capturing apparatuses, and causes the display to display map information overlapped with the one or more pieces of path information and at least one of information related to a time corresponding to the path information and information that can specify an image capturing apparatus corresponding to the path information.

Abstract: An image processing apparatus that provides privacy protection and monitoring acquires a background image and a captured image, extracts an object region corresponding to a predetermined object from the captured image, sets a masking color based on color information about the background image, and masks the extracted object region based on the masking color.

Abstract: An image processing apparatus includes a display control unit configured to cause a display device to display a map image that indicates a layout of a plurality of cameras, an identification unit configured to identify one or a plurality of cameras that can capture an image of a designated region designated on the map image and can perform predetermined detection processing on the captured image, a processing unit configured to perform a display control for distinguishably indicating the one or plurality of cameras identified by the identification unit, among the plurality of cameras included in the map image, and a setting unit configured to make settings for causing at least one camera selected from the one or plurality of cameras identified by the identification unit to perform the predetermined detection processing.

Abstract: To achieve highly accurate image analysis processing without using a large amount of network bandwidth, an analysis apparatus acquires an image via a network, executes analysis processing, acquires additional image data depending on a result of the analysis processing, and executes reanalysis processing by using the additional image data.

Abstract: An image processing apparatus includes a display control unit configured to cause a display device to display a map image that indicates a layout of a plurality of cameras, an identification unit configured to identify one or a plurality of cameras that can capture an image of a designated region designated on the map image and can perform predetermined detection processing on the captured image, a processing unit configured to perform a display control for distinguishably indicating the one or plurality of cameras identified by the identification unit, among the plurality of cameras included in the map image, and a setting unit configured to make settings for causing at least one camera selected from the one or plurality of cameras identified by the identification unit to perform the predetermined detection processing.

Abstract: An image processing apparatus that provides privacy protection and monitoring acquires a background image and a captured image, extracts an object region corresponding to a predetermined object from the captured image, sets a masking color based on color information about the background image, and masks the extracted object region based on the masking color.

Abstract: An image processing apparatus includes a display control unit configured to cause a display device to display a map image that indicates a layout of a plurality of cameras, an identification unit configured to identify one or a plurality of cameras that can capture an image of a designated region designated on the map image and can perform predetermined detection processing on the captured image, a processing unit configured to perform a display control for distinguishably indicating the one or plurality of cameras identified by the identification unit, among the plurality of cameras included in the map image, and a setting unit configured to make settings for causing at least one camera selected from the one or plurality of cameras identified by the identification unit to perform the predetermined detection processing.

Abstract: An information processing apparatus that causes a display to display an image captured by one or more image capturing apparatuses is provided. The information processing apparatus obtains one or more pieces of path information indicating a change in a position of an object captured by the one or more image capturing apparatuses, and causes the display to display map information overlapped with the one or more pieces of path information and at least one of information related to a time corresponding to the path information and information that can specify an image capturing apparatus corresponding to the path information.

Abstract: To achieve highly accurate image analysis processing without using a large amount of network bandwidth, an analysis apparatus acquires an image via a network, executes analysis processing, acquires additional image data depending on a result of the analysis processing, and executes reanalysis processing by using the additional image data.

Abstract: A setting apparatus, that sets a frequency for determining whether an object in a moving image is a predetermined object, determines whether an object in the moving image is the predetermined object, and when it determines that the object is the predetermined object, it sets the frequency for determining to be lower than before determining that the object is the predetermined object.

Abstract: An image processing apparatus includes a display control unit configured to cause a display device to display a map image that indicates a layout of a plurality of cameras, an identification unit configured to identify one or a plurality of cameras that can capture an image of a designated region designated on the map image and can perform predetermined detection processing on the captured image, a processing unit configured to perform a display control for distinguishably indicating the one or plurality of cameras identified by the identification unit, among the plurality of cameras included in the map image, and a setting unit configured to make settings for causing at least one camera selected from the one or plurality of cameras identified by the identification unit to perform the predetermined detection processing.

Abstract: It is an object of the invention to efficiently detect a recognition target on an image photographed through a fisheye lens. In accordance with an installation direction of a camera, an area where a relatively large number of human bodies are detected in an area of the photographed image is set as a priority area. A detecting process of the human body is preferentially started from the set priority area.

Abstract: A recording control apparatus includes a generation unit configured to generate metadata to determine whether a first subdirectory included in a first directory of a recording device includes an image to be restricted from being deleted from the recording device, and a recording control unit configured to cause the first subdirectory to record a plurality of first images and cause the first directory to record first metadata generated by the generation unit.

Abstract: A setting apparatus, that sets a frequency for determining whether an object in a moving image is a predetermined object, determines whether an object in the moving image is the predetermined object, and when it determines that the object is the predetermined object, it sets the frequency for determining to be lower than before determining that the object is the predetermined object.

Abstract: An image transmission apparatus (adaptor apparatus) is configured to transmit image data captured by an image pickup apparatus to an output apparatus. The adaptor apparatus is configured to obtain identification information of the image pickup apparatus and type information of the output apparatus. The adaptor apparatus selects a set of parameters corresponding to the identification information of the image pickup apparatus and the type information of the output apparatus. The adaptor apparatus outputs the selected set of parameters to the image pickup apparatus which converts image data into visible image data based on the selected set of parameters. The adaptor apparatus transmits visible image data received from the image pickup apparatus to the output apparatus.

Abstract: A camera that has an acquisition unit which acquires an identifier via a cradle apparatus connected to the camera, a comparison unit which compares the identifier acquired by the acquisition unit with an identifier stored in a memory, and a camera controller which controls access of the apparatus connected via the cradle apparatus based on comparison results by the comparison unit.