Automatic remote sea detection system

Abstract

The invention relates to an automatic remote sea detection system. An automatic ocean-going ship carries an unmanned aerial vehicle group and an underwater unmanned ship to a designated sea area, andthen automatically releases the unmanned aerial vehicle group and the underwater unmanned ship for remote sea detection, and feeds back the information of an unmanned aerial vehicle group reconnaissance system and an underwater unmanned vehicle reconnaissance system to a land command system. The unmanned aerial vehicle group reconnaissance system and the underwater unmanned ship reconnaissance system acquire image information in the target sea area in real time, obtain sea area image information, and transmit the sea area image information to the automatic ocean-going ship system. The land command system receives the sea area image information sent by the automatic ocean-going ship system, and generates decision information according to the position of a suspicious target marked via the obtained sea area image information and the weather condition of the location. The automatic ocean-going ship system receives decision information, and then executes the decision, and transmits an execution result of the decision information to the land command system. The system can achieve the remote sea detection in a large range, is low in cost and is high in security.

Description

technical field [0001] The invention relates to the technical field of marine monitoring, in particular to an automatic remote sea detection system. Background technique [0002] At present, for the detection of marine affairs, the means of satellites, aircraft, ships, and buoys are generally used for marine and maritime detection. The method of buoys can only detect the offshore waters under the jurisdiction of our country, and the application of satellites and aircraft can detect my country's far seas. However, it is greatly affected by weather and clouds, and the launch and flight costs are relatively high. Therefore, using ship platforms for artificial ocean-going detection has become the means of ocean-going field detection. However, the use of ship platforms for artificial ocean-going detection still has the problems of small on-site detection range in a short period of time and long-term detection in large areas. [0003] So now there is an urgent need for an automati...

AI Technical Summary

Problems solved by technology

[0002] At present, for the detection of marine affairs, the means of satellites, aircraft, ships, and buoys are generally used for marine and maritime detection. The method of buoys can only detect the offshore waters under the jurisdiction of our country, and the application of satellites and aircraft can detect my country's far seas. , but it is greatly affected by weather and clouds, and the cost of launching and flying is relatively high. Therefore, using ship platforms for artificial ocean detection has become the means of ocean field detection.

However, the use of ship platforms for artificial ocean-going detection still has the problem of small on-site detection range in a short period of time and long-term detection of large areas.

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