Optimization method and equipment for marine target cooperative detection equipment

Abstract

The present invention provides an optimization method and equipment for marine target cooperative detection equipment, wherein the method includes: determining the management decision cycle, and obtaining at least one dynamic event modeling model; the dynamic event modeling model includes new target appearance or departure, Dynamic events such as equipment relay and replenishment, excessive co-detection, abnormal data, or user-issued instructions; within the time window, if a dynamic event occurs, the first adjustment instruction will be generated immediately; if no dynamic event occurs, the current The time window generates a second adjustment instruction; in response to the adjustment instruction, according to the objective function-based target and detection equipment cooperative scheduling detection efficiency evaluation model, the deviation between the actual detection efficiency and the reference value is calculated; according to the deviation, an equipment scheduling optimization plan is generated, so that The detection equipment is adjusted immediately or in the next time window to the equipment scheduling optimization scheme for target cooperative detection. Through the above solution, the cooperative detection efficiency can be improved and the dispatching response capability can be improved.

Description

technical field [0001] The invention relates to the field of computer technology, in particular to an optimization method and equipment for marine target cooperative detection equipment. Background technique [0002] With the development of multi-sensor network communication technology, sensor collaboration technology and data fusion analysis technology and the significant improvement of sensor detection performance, the target detection system can use a variety of equipment to monitor the movement situation and characteristic attributes of the target. In the target detection system, large-scale equipment may include automatic identification system (Automatic identification System, AIS), radar, etc., and small equipment may include infrared tracking, photoelectric camera, etc. [0003] The blowout growth of detection information provides the basis for comprehensive understanding of target information and analysis of target behavior. Therefore, the detection system should act...

AI Technical Summary

Problems solved by technology

However, in the actual environment, it faces the limitation of insufficient detection equipment resources. This uneven distribution of supply and demand expands the solution space and difficulty of the equipment allocation problem.

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