Monitoring system and monitoring method for ships in typical sections of Three Gorges Reservoir

Abstract

The invention discloses a monitoring system and a monitoring method for ships in typical sections of the Three Gorges Reservoir. The system comprises a ship position acquisition device, a ship position database server, a ship information database server, a three-dimensional monitoring platform and other devices, wherein ship three-dimensional monitoring platform software running on the three-dimensional monitoring platform includes two-dimensional ship monitoring sub-platform software, a two-dimensional electronic navigation channel chart, three-dimensional view coordinated control software and three-dimensional ship monitoring sub-platform software. The method comprises the steps of acquiring and sending ship position information in real time, gathering ship position information in the Reservoir in real time, superposing the ship position information on the two-dimensional electronic navigation channel chart, switching to a three-dimensional mode as needed, and conducting virtual reality simulation on hydrological and meteorological data. Due to three-dimensional simulation of the typical sections and real-time ship position display, motion information of ships passing through the Three Gorges Reservoir can be displayed intuitively and vividly, thus providing technical support and playing an application demonstrative role in the implementation of water transportation emergency response systems in China.

Description

technical field [0001] The invention relates to an intelligent transportation monitoring system, in particular to a ship monitoring system and a monitoring method of a typical river section in the Three Gorges reservoir area. Background technique [0002] In recent years, with the continuous water storage in the Three Gorges Reservoir area, the navigation conditions of the reservoir area have been greatly improved, the navigation capacity has been continuously improved, the transportation cost has been continuously reduced, and the number of navigable ships has increased significantly, which has laid a good foundation for the local economic development of the Three Gorges Reservoir area. Foundation. With the continuous increase of ship navigation density in the reservoir area, the navigation environment is becoming more and more complex, coupled with the uneven quality of inland shipping practitioners, resulting in frequent water traffic accidents, especially major and extra...

AI Technical Summary

Problems solved by technology

The existing monitoring system is limited to a two-dimensional plane. Due to the complex weather and environment changes in some typical river sections in the reservoir area, it cannot intuitively reflect the actual situation of ships operating in this area, and cannot meet the comprehensive monitoring needs of ships in the Three Gorges reservoir area.

Images