This thesis combines the merits of distributed system and those of parallel system , and the monolithic processor conjunction distributed system is changed into networked parallel computing conjunction distributed system , which is applied in important component of navy integrated electronic system for the first time - surface vessel command and control system . on account of the handling speed of networked parallel computing conjunction is higher than that of monolithic processor conjunction , so the handling speed of whole distributed system is improved 本文结合了分布式系统和并行系统的优点,将单机结点的分布式系统改造为网络并行计算结点的分布式系统,并首次应用于海军综合电子系统的重要组成部分? ?水面舰载指控系统中,由于网络并行计算结点的处理速度高于单机结点,从而提高了整个分布式系统的处理速度。
At the same time , we study the spatial data model , the spatial index and relationship of oralce spatial , at the end of the thesis , combined with the develop of the system of the medical healthy emergence mobilization of shanxi provice , we model a mathrnatic model for the command and control system of the system by petri net , then , we introduce the constituation of the system and the design of the database , at the last , we settle several difficult problems we encounter when we develop the system 论文的最后,结合作者所承担的“山西省医疗卫生应急动员决策支持系统”的研制与开发工作,先是用petri网对山西省医疗卫生应急动员系统的指挥控制模型进行了数学建模,然后介绍了本系统的构成及软件和数据库的设计,最后是解决了系统中遇到的几个难题。
In addition , this thesis provides a kind of load balance resolution scheme which is adapt to the networked parallel distributed architecture according to the characteristics of the architecture of distributed networked parallel surface vessel command and control system and studying actual all kinds of parallel system load balance algorithms , that is to demand dynamic load balance on the basis of prior mission and to make the stability and reliability of the system to be improved 另外,本文根据前面提出的分布式网络并行舰载指控系统体系结构的特点,通过研究目前各种并行系统负载平衡算法,提出一种适合于这种网络并行分布式体系结构的负载平衡解决方案,即基于优先级的任务请求动态负载平衡,使系统的稳定性和可靠性得到了一定的提高。
Incorporated in the lrmp was the development and management of a full spectrum command and control system , decentralized and visible decision - making systems and procedures , objective resource management systems , the formalization of force requirements , acquisition and logistics systems , and an appropriately sized military structure and component mix 设在lrmp的开发和管理的全谱指挥及控制系统.分权和知名度高的决策制度和程序,客观的资源管理制度,确立队伍的要求,采购与物流系统,并适度规模的军事结构和成分组合