Video Monitoring System, Video Monitoring Method, and Video Monitoring System Building Method
First Claim
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1. A video monitoring system comprising:
- an analyzer that analyzes a movement of a moving object in a video captured by multiple of cameras;
a simulator that simulates, according to an analysis result by the analyzer, a flow of the moving object in an area captured by the multiple of cameras;
a control signal generator that generates a control signal for switching a processing scheme used by the analyzer when performing the analysis according to a simulation result by the simulator; and
a pattern table that describes a combination pattern of processing schemes used by the analyzer when analyzing the video captured by each of the cameras,wherein the combination pattern is configured so that a processing load when the analyzer performs the analysis can be reduced than a processing load when the processing scheme with a highest processing load is used,wherein the control signal generator calculates, from the simulation result, a parameter that is correlated with a processing load when the analyzer acquires the analysis result, specifies the combination pattern corresponding to the simulation result according to the calculated parameter, and generates the control signal corresponding to the specified combination pattern,and wherein the analyzer switches the processing scheme according to the control signal generated by the control signal generator.
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Abstract
It is an objective of the present invention to reduce processing loads for video analysis utilizing information throughout the facility. A video monitoring system according to the present invention simulates a flow of a moving object within a video captured by multiple monitoring cameras, calculates a parameter correlated with a processing load for movement analysis of the moving object according to the simulation result, and specifies a processing scheme that is capable of reducing the processing load according to a correspondence relationship between the parameter and the simulation result (refer to FIG. 2).
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Citations
13 Claims
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1. A video monitoring system comprising:
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an analyzer that analyzes a movement of a moving object in a video captured by multiple of cameras; a simulator that simulates, according to an analysis result by the analyzer, a flow of the moving object in an area captured by the multiple of cameras; a control signal generator that generates a control signal for switching a processing scheme used by the analyzer when performing the analysis according to a simulation result by the simulator; and a pattern table that describes a combination pattern of processing schemes used by the analyzer when analyzing the video captured by each of the cameras, wherein the combination pattern is configured so that a processing load when the analyzer performs the analysis can be reduced than a processing load when the processing scheme with a highest processing load is used, wherein the control signal generator calculates, from the simulation result, a parameter that is correlated with a processing load when the analyzer acquires the analysis result, specifies the combination pattern corresponding to the simulation result according to the calculated parameter, and generates the control signal corresponding to the specified combination pattern, and wherein the analyzer switches the processing scheme according to the control signal generated by the control signal generator. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 13)
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12. A video monitoring method comprising:
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a step of reading a pattern table that describes a combination pattern of processing schemes used when analyzing a movement of a moving object in a video captured by multiple of cameras; an analysis step of analyzing a movement of a moving object in a video captured by each of the multiple cameras; a simulation step of simulating, according to an analysis result in the analysis step, a flow of the moving object in an area captured by the multiple of cameras; and a control signal generation step of generating a control signal for switching a processing scheme used in the analysis step when performing the analysis according to a simulation result in the simulation step, wherein the combination pattern is configured so that a processing load when performing the analysis in the analysis step can be reduced than a processing load when the processing scheme with a highest processing load is used, wherein the control signal generation step calculating, from the simulation result, a parameter that is correlated with a processing load when acquiring the analysis result in the analysis step, specifying the combination pattern corresponding to the simulation result according to the calculated parameter, and generating the control signal corresponding to the specified combination pattern, and wherein the analysis step switching the processing scheme according to the control signal generated in the control signal generation step.
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Specification