Underwater equipment cluster based on collaborative MIMO detection and communication integration

Abstract

The invention discloses an underwater equipment cluster based on collaborative MIMO detection and communication integration. An underwater acoustic-magnetic heterogeneous network comprising the underwater equipment cluster comprises a water surface control center and underwater equipment with a signal transceiving function. The underwater equipment forms a cooperative MIMO in a cluster mode, and adetection and communication integrated function can be realized. The underwater equipment comprises a control module, a sensing module, a propelling module and a detection and communication integrated module. By adopting the underwater acoustic-magnetic heterogeneous network and the corresponding underwater equipment thereof, detection and communication integration can be realized in an underwater area; compared with traditional single underwater detection or communication equipment, the underwater equipment cluster based on collaborative MIMO detection and communication integration has the advantages of being high in integration degree and high in spectrum utilization rate; and the underwater acoustic-magnetic heterogeneous network can achieve the real-time monitoring and tracking functions of an invasion target.

Description

technical field [0001] The invention relates to the technical field of communication, in particular to an underwater equipment cluster based on cooperative MIMO sounding integration. Background technique [0002] The ocean contains a wealth of energy and mineral resources generated by sea waves, tides and currents; typhoons, tsunamis and other natural disasters also mostly originate in the ocean; at the same time, the ocean is also one of the main battlefields for human military activities, so ocean exploration is very important It plays a very important role in the rational development and utilization of marine resources, early warning of marine disasters, and strengthening of national defense. The underwater wireless sensor network can realize the collection of marine information, detect and detect the marine environment, and can be widely used in marine resource detection, marine disaster monitoring, marine intrusion detection and other fields. However, when the traditio...

AI Technical Summary

Problems solved by technology

However, when the traditional solution uses the underwater wireless sensor network to perform underwater work, the communication function often needs to be set separately from the detection function. In some scenarios, the communication function cannot be used during the detection process, which will easily affect the above-mentioned underwater wireless sensor network. work efficiency

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