Research on Optimization of Target Ship System in Ship Handling Simulator

Xiaochen Li, Helong Shen, Yong Yin
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Abstract

To improve the performance of the maritime simulator, reduce the cost of maintenance and upgrades, the target ship system is refactored. Based on the basic principles of systems engineering, a demand analysis is made for the system. The system is layered according to functional requirements, non-functional requirements and design constraints. The architecture is optimized by five-view method, and the whole system is reconstructed by modular development. Functional tests and fatigue tests are done on the optimized system, the results showed that the system is fully functional, easy to maintenance and upgrade. The optimized system meets the requirements of the Det Norske Veritas for maritime simulator and it’s of positive significance for improving the quality of the marine simulator.
船舶操纵模拟器中目标船系统的优化研究
为了提高海上模拟器的性能,降低维护和升级成本,对目标舰系统进行了重构。根据系统工程的基本原理,对系统进行了需求分析。系统按照功能需求、非功能需求和设计约束进行分层。采用五视图法对系统结构进行优化,采用模块化开发方法对整个系统进行重构。对优化后的系统进行了功能测试和疲劳测试,结果表明系统功能齐全,易于维护和升级。优化后的系统满足挪威船级社对船舶模拟器的要求,对提高船舶模拟器的质量具有积极意义。
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