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为了适应多任务并举、协同设计、快速论证的要求,通过制导、姿控、仿真协同设计平台的研制与实践,将商业软件、自研设计工具、仿真模型、控制算法规范化,设计流程工具化,系统方案模块化,实现了隐性知识显性化及制导、姿控、仿真设计的协同化,提升了设计效率,使制导、姿控、仿真从传统的研制模式向设计流程自动化的并行协同研制模式转变。
In order to meet the needs of multi-task, collaborative design and rapid demonstration, commercial software, self-developed design tools, simulation models, standardization of control algorithms and tooling of design process are developed through the research and practice of guidance, attitude control and simulation collaborative design platform. The system scheme is modularized to realize the concealment of tacit knowledge and the coordination of guidance, attitude control and simulation design so as to improve the design efficiency and make the guidance, attitude control and simulation from the traditional research mode to the parallel development of the design process automation Mode change.