Air-sea cooperative monitoring system achieving cross-media communication and using method of air-sea cooperative monitoring system

Abstract

The invention discloses an air-sea cooperative monitoring system achieving cross-media communication. The air-sea cooperative monitoring system comprises an underwater monitoring device, a water surface monitoring device and a buoy relay device; and the underwater monitoring device is an autonomous submersible and is used for conducting underwater monitoring, the water surface monitoring device is used for conducting water surface monitoring, the buoy relay device achieves communication connection with the underwater monitoring device and the water surface monitoring device separately, and the underwater monitoring device and the water surface monitoring device cooperatively work through monitoring information exchange. The invention further discloses a using method of the air-sea cooperative monitoring system achieving cross-media communication. The air-sea cooperative monitoring system achieving cross-media communication is wide in monitoring range, high in flexibility, good in reliability and low in cost, has a certain autonomous cooperation function and can monitor the water surface environment condition and the underwater environment condition simultaneously.

Description

technical field [0001] The invention relates to the technical field of marine monitoring, in particular to a sea-air collaborative monitoring system for cross-media communication and a method for using the same. Background technique [0002] In recent years, with the increasingly fierce competition for ocean development rights around the world, there is an urgent need for a sea-air collaborative monitoring system with high security, wide coverage and long service life to monitor the entire sea area in real time to meet the needs of ocean development. Marine application requirements such as marine rescue and maritime military activities. [0003] The existing ocean monitoring schemes are divided into two types: the first scheme is to establish a set of surface monitoring devices, and the system consists of unmanned aerial vehicles, high-frequency ground-wave radars and satellites, among which unmanned aerial vehicles and ground-wave radars are mainly used to monitor The targ...

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Problems solved by technology

[0004] The currently used water surface monitoring devices are mainly used for the collection of sea surface information, such as ship monitoring, oil pollution monitoring, etc. The main disadvantages of the water surface monitoring devices are that the ground wave radar is expensive and the flexibility of the whole system is poor; the underwater monitoring devices are mainly used for The collection of underwater environmental information, such as the monitoring of submarine pipelines and submarine torpedoes, is limited by the length of submarine cables. The monitoring range of the entire system is small, and once the system is established, it is difficult to move and expand

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