摘要
优化和评价技术是科学进行卫星体系的顶层设计、提高发展效益、优化作战效能的关键技术;探讨了航天装备体系优化与评价的内容和功能,给出了优化与评价的工作流程,初步设计了实现这些功能所需的仿真平台软件和硬件体系结构;满足系统可扩充、可动态升级、多台计算机协同工作的需要,仿真平台基于成熟的分布式计算平台Windows 2000 DNA(distrbuted network architecture)开发组件模块,利用Windows 2000 DNA动态配置、负载平衡、网络通讯等功能,在构造高性能平台的同时,最大限度地降低了系统开发工作量.
Optimization and evaluation technologies are the key technologies to design satellite architecture from top level more scientifically, increase development benefit and optimize operational effectiveness of aerospace equipment architecture. The contents and functions of optimizing and evaluating aerospace equipment architecture were discussed. The flow of optimization and evaluation was presented. The software and hardware architecture of simulation platform was designed preliminarily to implement above functions. To satisfy the requirements of extending, upgrading the system dynamically and cooperating works inter-computers, the simulation system components will be developed based on sophisticated Windows 2000 DNA. With Windows 2000 dynamic configuration, load balancing, network communication and the like, we can construct a high performance platform with minimum workload of system development.
出处
《装备指挥技术学院学报》
2003年第3期38-41,共4页
Journal of the Academy of Equipment Command & Technology
基金
部委级资助项目
