Abstract: An image processing apparatus comprising a subject detection unit that detects a plurality of subjects from a captured image; an independence detection unit that detects an independent subject from the detected subjects, wherein the independent subject includes a subject for which other subjects are not present in a predetermined range; a measurement unit that measures residence times for the detected subject; a determination unit that determines a degree of priority for the subject such that the degree of priority becomes higher for the subject that is independent and have relatively long residence times, based on detection results from the independence detection unit, and measurement results from the measurement unit; and an image processing unit that performs predetermined image processing on the subjects up to a predetermined upper limit for the number of subjects in order from the highest degree of priority.

Abstract: An image processing apparatus includes a computer, a memory, and a program stored in the memory that, when executed by the computer, causes the computer to perform acquiring an image obtained by capturing a parking lot including a plurality of parking regions capable of parking a plurality of automobiles, deciding, for the image, a determination target region for each of the plurality of parking regions so as to exclude a shielded region that is shielded by an automobile in a case in which the automobile is parked in another parking region, and detecting, from the image, an automobile in each determination target region, and determining, based on a result of the detection, the presence/absence of parking of an automobile in each of the plurality of parking regions.

Abstract: An image processing apparatus detects a person in a visible light image obtained by capturing that uses visible light, detects a person in an invisible light image obtained by capturing that uses invisible light in a capturing region that includes a capturing region of the visible light image, and determines that a person detected in the visible light image who is not detected in the invisible light image is a person who is actually present.

Abstract: An image processing apparatus comprising an acquisition unit configured to acquire an image obtained by capturing a parking lot including a plurality of parking regions capable of parking a plurality of automobiles, a decision unit configured to decide, for the image, a determination target region for each of the plurality of parking regions so as to exclude a shielded region that is shielded by an automobile in a case in which the automobile is parked in another parking region, and a determination unit configured to detect, from the image, an automobile in each determination target region and determine, based on a result of the detection, presence/absence of parking of an automobile in each of the plurality of parking regions.

Abstract: A control apparatus for controlling an imaging apparatus capable of changing an imaging direction of an imaging unit in panning and tilting directions includes an acquisition unit configured to acquire a captured image captured by the imaging unit, and an provision unit configured to provide, together with the captured image, when the imaging direction of the imaging unit coincides with a panning rotational axis for rotating the imaging direction in the panning direction, a panning direction guide for indicating that changing the imaging direction in the panning direction rotates the captured image around an intersection of an optical axis of the imaging unit and a plane containing the captured image.

Abstract: An image processing apparatus detects a person in a visible light image obtained by capturing that uses visible light, detects a person in an invisible light image obtained by capturing that uses invisible light in a capturing region that includes a capturing region of the visible light image, and determines that a person detected in the visible light image who is not detected in the invisible light image is a person who is actually present.

Abstract: A control apparatus for controlling an imaging apparatus capable of changing an imaging direction of an imaging unit in panning and tilting directions includes an acquisition unit configured to acquire a captured image captured by the imaging unit, and an provision unit configured to provide, together with the captured image, when the imaging direction of the imaging unit coincides with a panning rotational axis for rotating the imaging direction in the panning direction, a panning direction guide for indicating that changing the imaging direction in the panning direction rotates the captured image around an intersection of an optical axis of the imaging unit and a plane containing the captured image.

Abstract: A control apparatus for controlling an imaging apparatus capable of changing an imaging direction of an imaging unit in panning and tilting directions includes an acquisition unit configured to acquire a captured image captured by the imaging unit, and an provision unit configured to provide, together with the captured image, when the imaging direction of the imaging unit coincides with a panning rotational axis for rotating the imaging direction in the panning direction, a panning direction guide for indicating that changing the imaging direction in the panning direction rotates the captured image around an intersection of an optical axis of the imaging unit and a plane containing the captured image.

Abstract: A control apparatus for controlling an imaging apparatus capable of changing an imaging direction of an imaging unit in panning and tilting directions includes an acquisition unit configured to acquire a captured image captured by the imaging unit, and an provision unit configured to provide, together with the captured image, when the imaging direction of the imaging unit coincides with a panning rotational axis for rotating the imaging direction in the panning direction, a panning direction guide for indicating that changing the imaging direction in the panning direction rotates the captured image around an intersection of an optical axis of the imaging unit and a plane containing the captured image.

Abstract: A display controlling apparatus, which controls a display of an image photographed by an imaging device connected through a network, decides where the image photographed by the imaging device satisfies a predetermined condition, and displays switchably by a user operation a first display screen on which the plurality of images can be displayed and a second display screen on which the plurality of images can be displayed, and display in the second displays, in a case where the number of images which were decided to satisfy the predetermined condition exceeds a displayable upper limit in the first display screen, the image other than the plurality of images, among the images decided to satisfy the predetermined condition, displayed in the first display screen.

Abstract: A control apparatus for controlling an imaging apparatus capable of changing an imaging direction of an imaging unit in panning and tilting directions includes an acquisition unit configured to acquire a captured image captured by the imaging unit, and an provision unit configured to provide, together with the captured image, when the imaging direction of the imaging unit coincides with a panning rotational axis for rotating the imaging direction in the panning direction, a panning direction guide for indicating that changing the imaging direction in the panning direction rotates the captured image around an intersection of an optical axis of the imaging unit and a plane containing the captured image.

Abstract: A control apparatus for controlling an imaging apparatus capable of changing an imaging direction of an imaging unit in panning and tilting directions includes an acquisition unit configured to acquire a captured image captured by the imaging unit, and an provision unit configured to provide, together with the captured image, when the imaging direction of the imaging unit coincides with a panning rotational axis for rotating the imaging direction in the panning direction, a panning direction guide for indicating that changing the imaging direction in the panning direction rotates the captured image around an intersection of an optical axis of the imaging unit and a plane containing the captured image.

Abstract: A parts feeding system includes an unmanned conveying machine, capable of conveying a parts carriage holding a plurality of parts cassettes thereon and movable along a guide track which is laid on a floor, one or more parts mounters and a logistics base provided with a parts stocker. The parts carriage is returned to the logistics base by the unmanned conveying machine for supply or exchange of parts. The work in the logistics base is performed by a worker or robots. The parts carriage loaded with required parts cassette is delivered to an assigned parts mounter by the unmanned conveying machine. Each of the parts mounters includes a track for a carriage carrier moving thereon, which includes a work station where the parts are picked up, and a carriage change station where the parts carriage is loaded to the track from the unmanned conveying machine or vice versa.