Multi-photoelectric optimal adaptation joint scheduling system and method

Abstract

The invention provides a multi-photoelectric adaptive joint scheduling system and method. After an alarm sensor detects a shooting target, the position information of the shooting target is received by a multi-photoelectric scheduling unit, the multi-photoelectric scheduling unit measures the distance between the position information of the shooting target and a plurality of photoelectric devices,and the photoelectric device with the optimal shooting angle is selected from the plurality of photoelectric devices to snapshot the shooting target. The shielded area information of each photoelectric device is measured and recorded in advance and is called by the multi-photoelectric scheduling unit, and finally one (or more) photoelectric, visible light and infrared devices with the best snapshot conditions are selected to automatically adjust the position and proportion of a target ship in an image display picture so as to monitor or snapshot a target. The method can be compatible with photoelectricity of multiple brands and multiple models, manpower and material resources are reduced, the quality of snapshot pictures is improved, and the trivial operation process of snapshot of ship pictures is omitted.

Description

technical field [0001] The present invention relates to the field of electronic information, in particular to a multi-photoelectric joint scheduling intelligent capture system and method. Background technique [0002] The problem of water area governance has a long history. In the course of historical development, the masses of the people are constantly fighting fiercely against water area pollution, illegal crimes and other issues. In recent years, the state and society have further awakened their awareness of enhancing ecological civilization construction, and have gradually increased their efforts to crack down on crimes. Relevant policies have been introduced and implemented one after another. The importance of water governance is self-evident. The difficulty and complexity of governing oceans, rivers, lakes, etc. are coming head-on, requiring a lot of manpower and material resources, and the demand for intelligent waters governance is becoming increasingly strong. Wate...

AI Technical Summary

Problems solved by technology

However, many monitoring devices do not seem to have any substantial connection. For abnormal ships and other targets in the monitoring area, further actions can only be taken manually at present, such as photoelectric selection, field of view adjustment, picture capture, etc.

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