复杂武器系统总体设计综合集成方法的实现

Optimization Design of Complex Weapon Equipment Systems Based on Meta-Synthesis Method

为了解决复杂武器系统总体设计质量和设计周期难于保证的问题,应用从定性到定量的综合集成方法提出了武器系统设计的功能组成,并构建了总体优化设计的体系结构及其决策支持系统.实现了武器系统的方案设计与论证、方案评价、指标分配及系统仿真.所实现的优化设计系统能够有效辅助总设计师进行新型武器系统的总体设计,使其更加规范化、科学化.

The general quality and design period of a complex system is often difficult to ensure. In order to solve this problem, and based on meta-synthesis method is proposed the function constitution of weapon equipment system and constructed the collectivity optimization design architecture, and its decision support system given. Project design and argumentation, project evaluation, guideline assignment and system simulation are realized. The optimization system could effectively assist the chief stylist to design new type of weapon equipment system, and make it more standardization and more scientific.