Wireless sensor network technology based method for designing inland-river management information system

Abstract

The invention discloses a wireless sensor network technology based method for designing an inland-river management information system. The system mainly comprises a shipborne information acquisition and display platform, a water environment acquisition analysis unit, other information acquisition units, a network base station, a middleware system, a local navigation networking management center and an internet management center. In the invention, through arranging a lot of various kinds of sensors on inland ships, on buoys or floats in a navigation channel, on bridges, on elevated antennas and under the inland-river water or on the river bed and through carrying out multi-hops self-organized network by utilizing a Zigbee network communication protocol, a comprehensive and tridimensional monitoring of the inland ships, the navigation channel and the water area can be realized; therefore, the navigation safety of the inland ships and the environmental cleanness of the inland waters can be guaranteed.

Description

Design method of inland river management information system based on wireless sensor network technology technical field The invention relates to an inland river management information system design method, in particular to an inland river management information system design method based on wireless sensor network technology. Background technique Inland waterway shipping uses natural rivers and artificial rivers formed in history, does not occupy land or occupies less land, and has the advantages of large transport volume, low cost, and low energy consumption. has irreplaceable advantages. my country is rich in inland water resources, and inland water transport has occupied a large proportion since ancient times. In addition to the implementation of the South-to-North Water Diversion Project, the north-south inland river network has been dredged, and the multi-regional interconnection of long routes will become a development trend of inland water transport in the future. ...

AI Technical Summary

Problems solved by technology

However, the overall level of inland waterways is relatively low at present, and the navigation capacity is still relatively poor.

The main performance is that the application of inland river technology innovation is significantly lower than that of ocean transportation, and the monitoring methods are also relatively backward. For example, the suspension of ships in the waterway for inspection will lead to a decrease in navigation speed, a decrease in the utilization rate of the waterway, and an unfriendly environment.

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