Concepts for a virtual 3D space and a hyper-sphere are proposed and the formulae for determining the computable nodes of the mesh are derived.Then a new optimization design method('Virtual Mesh Method'or V.M.M...Concepts for a virtual 3D space and a hyper-sphere are proposed and the formulae for determining the computable nodes of the mesh are derived.Then a new optimization design method('Virtual Mesh Method'or V.M.M)is developed.Three examples are given,showing that the method proposed is especially suitable for the optimized design of complex structures,and that the global approximate optimal solution can be searched with remarkably reduced computational work.展开更多
为解决未来现代化城市作战面临的作战场景环境复杂多样、电磁数据难以接入、缺乏直接有效的电磁可视化指挥系统、指挥人员难以快速获取对城市空间电磁频谱态势的直观认知等问题,并满足城市进攻作战方案拟定、关键技术研究等需求,文中深...为解决未来现代化城市作战面临的作战场景环境复杂多样、电磁数据难以接入、缺乏直接有效的电磁可视化指挥系统、指挥人员难以快速获取对城市空间电磁频谱态势的直观认知等问题,并满足城市进攻作战方案拟定、关键技术研究等需求,文中深入剖析典型城市场景构成要素,利用现代系统仿真技术,基于三维GIS(Geographic Information Service)技术,结合多种电磁频谱绘制手段,构建一种面向未来城市电磁频谱认知的可视化系统。对系统的功能工作流程、软件架构进行详细介绍,并对系统的具体应用效果进行具体阐述分析。从应用效果上来看,所构建的城市电磁环境可视化系统可以使指挥作战人员从宏观层面上准确、快速、直观地认知城市电磁频谱环境态势,从而为后续的城市电磁进攻活动提供有力保障。展开更多
基金Project supported by the Natural Science Foundation of Henan Province,China(No.0311010400).
文摘Concepts for a virtual 3D space and a hyper-sphere are proposed and the formulae for determining the computable nodes of the mesh are derived.Then a new optimization design method('Virtual Mesh Method'or V.M.M)is developed.Three examples are given,showing that the method proposed is especially suitable for the optimized design of complex structures,and that the global approximate optimal solution can be searched with remarkably reduced computational work.
文摘为解决未来现代化城市作战面临的作战场景环境复杂多样、电磁数据难以接入、缺乏直接有效的电磁可视化指挥系统、指挥人员难以快速获取对城市空间电磁频谱态势的直观认知等问题,并满足城市进攻作战方案拟定、关键技术研究等需求,文中深入剖析典型城市场景构成要素,利用现代系统仿真技术,基于三维GIS(Geographic Information Service)技术,结合多种电磁频谱绘制手段,构建一种面向未来城市电磁频谱认知的可视化系统。对系统的功能工作流程、软件架构进行详细介绍,并对系统的具体应用效果进行具体阐述分析。从应用效果上来看,所构建的城市电磁环境可视化系统可以使指挥作战人员从宏观层面上准确、快速、直观地认知城市电磁频谱环境态势,从而为后续的城市电磁进攻活动提供有力保障。