Dynamic network tide gauging system

Abstract

The invention relates to a dynamic network tide gauging system. The system comprises a plurality of tide stations arranged on the shore or at sea. The dynamic network tide gauging system is characterized in that the tide stations are connected with a tide gauging data processing center on the shore through a remote communication network, the tide gauging data processing center is used for analyzing and processing tide data transmitted by the plurality of tide stations. According to the invention, the tide gauging data processing center is connected with all of the tide stations through the remote communication network, thereby reaching the purpose of real time gathering, analysis and process and centralized management of the tide gauging data, and timely obtaining distribution situation of sea factors of a large range of water, mastering the environment of a sea battlefield and realizing dynamic water level monitoring of the large range of water; the system in the invention is beneficial to overall analysis and prediction of data and can carry out early warming of sea disaster effectively, thus providing essential information for port transport, coastal fishery production, tide power generation and ocean engineering and the like, so that the system in the invention plays an important role in naval militarization application and national economic construction.

Description

technical field [0001] The invention belongs to the field of marine communication, in particular to a dynamic network tide-gauge system. Background technique [0002] Tides are one of the important elements of ocean physics, and tide measurement plays a huge role in military affairs and national economic construction. At present, the navy's tide measurement is divided into long-term stations, short-term stations and temporary stations, and their working modes are all in an independent working mode. The navy has many short-term and temporary stations, mainly to meet the navy’s mobile marine survey mode. Short-term stations and temporary stations are often withdrawn as they are built, and have strong mobility. Real-time water level monitoring, so the tidal environment and depth datum distribution of local waters cannot be accurately known, the real-time data of each tide gauge station cannot be fully utilized, and it is difficult to obtain the sea surface conditions and tidal...

AI Technical Summary

Problems solved by technology

The navy has many short-term and temporary stations, mainly to meet the navy’s mobile marine survey mode. Short-term stations and temporary stations are often withdrawn as they are built, and have strong mobility. Real-time water level monitoring, so the tidal environment and depth datum distribution of local waters cannot be accurately known, the real-time data of each tide gauge station cannot be fully utilized, and it is difficult to obtain the sea surface conditions and tidal distribution of the entire sea area. Such a measurement mode It can no longer meet the requirements of the modern marine battlefield environment for environmental information

In addition, the use of separate tide gauge stations in ports across the country cannot measure the depth reference of the entire channel, which hinders the development of the shipping industry

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