Information display method and video monitoring platform
A technology for video surveillance and information display, applied in the direction of digital output to display equipment, TV, image communication, etc., can solve the problems of multi-camera split-screen display, video surveillance, affecting the speed of video surveillance to view emergency information, etc. Improve the efficiency of troubleshooting, rapid positioning and processing
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Embodiment 1
[0035] Embodiment 1 of the present invention provides a method for information display, the steps are as follows:
[0036] Step 101, it is necessary to complete the modeling of geographic information system GIS video surveillance, and construct a GIS map;
[0037] In step 102, the video monitoring equipment in the video monitoring network system, such as a camera, is mapped to the GIS map, and the specific steps are as follows:
[0038] Obtain GIS coordinates corresponding to each camera in the video surveillance system, where the GIS coordinates include longitude and latitude. Mapping the GIS coordinates into a corresponding GIS map;
[0039] Step 103, determine the area X that needs to be monitored and displayed, and select the area X in the GIS map; determine the coordinate range corresponding to the selected area X;
[0040] Step 104, searching for GIS coordinates existing within the coordinate range;
[0041] Step 105, determining the camera mapped to the GIS coordinat...
Embodiment 2
[0045] Embodiment 2 of the present invention provides another method for viewing real-time video from multiple cameras by region, the steps are as follows:
[0046] Step 201, according to the spatial data engine in the jurisdiction under the jurisdiction of the monitoring platform, the geographic information data is stored in the GIS database, and the geographic information is made into a GIS map;
[0047] Step 202, determine a number of monitoring points in the jurisdiction area under the jurisdiction, and install cameras on the monitoring points;
[0048] Step 203, recording the specific information of each camera on each monitoring point, such as the corresponding GIS coordinates of the camera, camera GUID, camera type, camera angle, etc.;
[0049] Step 204, according to the GIS coordinates corresponding to each camera in the video surveillance system, the GIS coordinates include longitude and latitude. Mapping the GIS coordinates into a corresponding GIS map;
[0050] St...
Embodiment 3
[0057] A video monitoring platform, comprising: a modeling unit, a mapping unit, a determining unit, a comparing unit, a selecting unit, a calling unit and a projecting unit connected in sequence.
[0058] The modeling unit completes the modeling of GIS video surveillance and constructs GIS maps;
[0059] The mapping unit acquires GIS coordinates corresponding to each camera in the video surveillance system, where the GIS coordinates include longitude and latitude. Mapping the GIS coordinates corresponding to each camera to the corresponding GIS map constructed by the modeling unit;
[0060] The determination unit determines the area X that needs to be monitored and displayed, and selects the area X in the GIS map; determines the coordinate range corresponding to the selected area X;
[0061] Comparing the units to find the GIS coordinates existing in the coordinate range;
[0062] The selection unit, according to the GIS coordinates found by the comparison unit, determines ...
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