基于分布式处理技术的船舶复杂管网系统仿真与控制

Hui Cao, Jun-dong Zhang, A. Zhang, Baozhu Jia, Guang Ren
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引用次数: 0

摘要

针对船舶机舱复杂管网系统的运行与管理,提出了一种稳定、准确、智能的仿真与控制理论。利用计算机分布式处理技术,采用了基于消息平台的分布式处理方法。它可以根据不同的功能或流体的物理性质,将机舱内的各个管网系统分配到相应的处理单元。分布式交互仿真是在服务器端的统一消息系统中通过“对象激活”实现的。其关键技术是复杂管网系统的建模、流体压力与流量关系的线性计算、远程对象的释放与访问以及计算机分布式处理的实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Simulation and control of marine Complex Pipe Network System based on distributed processing technology
For the operation and management of Complex Pipe Network System in marine engine room, a stable, accurate and intelligent simulation and control theory is presented. By using computer distributed processing technology, a distributed processing approach based on message platform is adopted. It can distribute every pipe network system in engine room to corresponding processing unit according to different functions or fluid's physical properties. The distributed interactive simulation is achieved by “Object Activation” in a unified messaging system on server-side. The key technology are modeling for Complex Pipe Network System, linear calculating for the relation between pressure and flow of fluid, release and access to Remote Object and implementation of distributed processing of computer.
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