Ocean communication system and switching configuration method for shipborne mobile base stations

Abstract

The invention provides an ocean communication system, which comprises wireless communication equipment arranged on a first ship, shipborne mobile base stations arranged on a second ship, and satellite communication terminal equipment arranged on the second ship and used for communicating with a marine satellite, wherein the wireless communication equipment, the shipborne mobile base stations and the satellite communication terminal equipment are sequentially connected; the shipborne mobile base stations are used for interacting with the satellite communication terminal equipment; and the wireless communication equipment is used for interacting with the shipborne mobile base stations to achieve communication with the marine satellite. The invention further provides a switching configuration method for shipborne mobile base stations. The method comprises the steps of obtaining access information received by a user interface of each shipborne mobile base station at the beginning of a current configuration cycle; judging whether the wireless communication equipment is accessed or not within a coverage range of each shipborne mobile base station according to the access information received by each shipborne mobile base station; and executing a corresponding configuration strategy according to the judgment result. The ocean communication system is wide in coverage range, moderate in cost, convenient to access and low in energy consumption.

Description

technical field [0001] The invention relates to the technical field of marine wireless communication, in particular to a marine communication system and a switch configuration method for a ship-borne mobile base station. Background technique [0002] my country's sea area is vast and has a long continental coastline. With the continuous development of the marine economy, more and more sea-related personnel are involved in a wide variety of maritime activities, such as marine supervision and monitoring, artificial breeding and fishing, ore mining, tourism transportation and so on. However, after adapting to the increasingly rich ground network services and applications, traditional marine communication methods such as telephone, SMS, AIS services, etc. have been difficult to meet the needs of marine communication users. In order to ensure the safety of navigation in offshore waters and improve the quality of information life of sea-related personnel at sea, thereby narrowing ...

AI Technical Summary

Problems solved by technology

But in essence, it only extends the coast to the ocean, and does not substantially solve the problem of ocean broadband communication

On the other hand, the mesh architecture has inherent limitations, such as complex network protocols and low service reliability. This architecture requires ships with sufficient density to maintain mesh connectivity, and each communication ship needs to be equipped with mesh communication equipment.

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