System and method for traffic surveillance
AssigneeShanghai Truthvision Information Technology Co., Ltd.
InventorZhong Zhang
Life of this patent
Estimating the term…
Abstract
A method for traffic surveillance may include acquiring, from a plurality of first video sensors, a first set of images of an area, and generating a map-based surveillance interface of the area based on the first set of image data. The method may also include presenting, on a display, the map-based surveillance interface; wherein each of the plurality of first video sensors is implemented on an illuminating devices in the area, and the first set of image data denotes a plurality of views of the area captured by the plurality of first video sensors, respectively.
Claims18
A method implemented on a computing device having at least one processor, a non-transitory storage medium and a communication platform connected to a network for traffic surveillance, the method comprising:
- acquiring, from a plurality of first video sensors, a first set of images of an area;
- generating a map-based surveillance interface of the area based on the first set of images, the map-based surveillance interface fusing the first set of images on a map and indicating correspondences between the first set of images and locations of the plurality of the first video sensors represented on the map;
- identifying a moving target from a first image of the first set of images;
- generating at least one object-based surveillance interface based on the identified moving target, the at least one object-based surveillance interface indicating correspondences between the moving target and the locations of the plurality of the first video sensors represented on the map;
- and
- presenting, on a display, the at least one object-based surveillance interface with the map-based surveillance interface;
- wherein
- each of the plurality of first video sensors is implemented on an illuminating device in the area, and
- the first set of images denotes a plurality of views of the area captured by the plurality of first video sensors, respectively, the method further comprises:
- determining one or more second images from the first set of images, each of the one or more second images including the moving target;
- determining a motion track of the moving target based on the first image and the one or more second images;
- generating a motion pattern of the moving target based on the motion track of the moving target in a period of time, the motion pattern of the moving target including a temporal motion pattern referring to a statistic based on the motion track of the moving target according to the period of time.
A non-transitory computer readable medium, comprising:
- instructions being executed by at least one processor, causing the at least one processor to implement a method for lighting control, comprising:
- acquiring, from a plurality of first video sensors, a first set of images of an area;
- generating a map-based surveillance interface of the area based on the first set of images, the map-based surveillance interface fusing the first set of images on a map and indicating correspondences between the first set of images and locations of the plurality of the first video sensors represented on the map;
- identifying a moving target from a first image of the first set of images;
- generating at least one object-based surveillance interface based on the identified moving target, the at least one object-based surveillance interface indicating correspondences between the moving target and the locations of the plurality of the first video sensors represented on the map;
- and
- presenting, on a display, the at least one object-based surveillance interface with the map-based surveillance interface;
- wherein
- each of the plurality of first video sensors is implemented on an illuminating device in the area, and
- the first set of images denotes a plurality of views of the area captured by the plurality of first video sensors, respectively, the method further comprises:
- determining one or more second images from the first set of images, each of the one or more second images including the moving target;
- determining a motion track of the moving target based on the first image and the one or more second images;
- generating a motion pattern of the moving target based on the motion track of the moving target in a period of time, the motion pattern of the moving target including a temporal motion pattern referring to a statistic based on the motion track of the moving target according to the period of time.
A system for traffic surveillance, comprising:
- a non-transitory storage medium storing executable instructions for traffic surveillance;
- a communication platform connected to a network;
- a plurality of first video sensors configured to capture a first set of images of an area, respectively, each of the plurality of first video sensors being implemented on an illuminating devices in the area;
- at least one processor in communication with the non-transitory storage medium, when executing the executable instructions, the at least one processor is configured to:
- generate a map-based surveillance interface of the area based on the first set of images, the map-based surveillance interface using the first set of images on a map and indicating correspondences between the first set of images and locations of the plurality of the first video sensors represented on the map;
- identify a moving target from a first image of the first set of images;
- generate at least one object-based surveillance interface based on the identified moving target, the at least one object-based surveillance interface indicating correspondences between the moving target and the locations of the plurality of the first video sensors represented on the map;
- and
- present the at least one object-based surveillance interface with the map-based surveillance interface on a display,
- wherein the at least one processor is further configured to:
- generate a motion pattern of the moving target based on the motion track of the moving target in a period of time;
- and
- activate at least one of the plurality of first video sensors to monitor the moving target based on the motion pattern,
- wherein the motion pattern includes at least one of a temporal motion pattern, a spatial motion pattern, or a social behavioral motion pattern.
Dependencies are inferred from the claim text.