摘要
自主开发的耙吸挖泥船信息化监测系统,通过分布式处理、虚拟端口、冗余和无缝切换技术提高了可靠性稳定性;通过软硬件自主组态功能实现了强大的适应能力,降低了用户应用成本;实现了AIS和雷达信息在疏浚监测界面的集成应用,保障船舶安全,降低船员劳动强度;实现了三维操耙和三维地形功能,提高了疏浚施工的安全性、质量和效率;更加强大易用的疏浚施工分析和回放系统,加强了疏浚施工的可追溯性,有利于提高管理效率;兼具其它实用特色功能的独创应用。
The development of a sophisticated data acquisition and supervision system for TSHD,through distributed processing,virtual ports,redundancy and switching technology to ensure the reliability and stability of the system;through self-configuration of hardware and software capabilities to achieve a strong adaptability,and reduce user’s costs;through the integration of AIS and radar information into the dredging monitor screen to ensure safety of the vessel,reduce labor intensity of the crew;through three-dimensional technology to improve the safety,quality and efficiency of the dredging procedure;using more powerful and easy dredging construction analysis and playback system,to enhance the traceability of the dredging works,and help improve the management efficiency;as well as the application of some other useful but innovative functions.
出处
《水运工程》
北大核心
2010年第6期30-36,共7页
Port & Waterway Engineering
关键词
分布式处理
虚拟端口
冗余和无缝切换
软硬件自由组态
AIS
雷达信息
三维技术
distributed processing
virtual ports
redundancy and switching technology
self-configuration
AIS
radar information
three-dimensional technology
