三轴虚拟转台的智能仿真模型库研究

针对三轴虚拟转台系统中的智能模型库单元,采用遗传算法、参数化设计和虚拟现实等技术,实现转台仿真模型库的智能设计和快速性.通过Pro/Toolkit软件接口和参数化方法建立起转台仿真模型库软件系统,采用遗传算法实现模型库的智能优化设计,同时实现模型库的自动装配和实时仿真,并最终形成通用的转台智能仿真模型库软件平台.实际仿真结果表明,智能模型库的实现除了具有智能参数化模型库设计功能外,还具有优秀的开放接口,如果进一步完善接口的通用性,将减少智能仿真模型库应用的局限性,应用更加广泛.

Research on intelligent simulation modeling library of three-axis virtual flight motion simulator

To solve intelligent and rapid design problem of model library of three-axis flight motion simulator, an advanced approach of intelligent simulat i on model library of virtual flight motion simulator was proposed, based on intel ligent parametric design, genetic algorithm, virtual reality and Pro/Toolkit int erface tools. Genetic algorithm was used to optimize model parameters on the bas is of a common product model library, which was generated by secondary developme nt approach of Pro/Toolkit and parametric design; still more, an open software p latform was designed and implemented to model assembling and real-time simulati o n during a virtual developing environment. The simulating results indicate the a bove method could be used to design and optimize the model's parameters quickly and effectively at engineering analyses. Having added intelligent methods and a common interface that can compensate for the shortages of types and capacities o f table's model library, the limit to the above intelligent model library is re leased and this method's application range is extended.