Agent-based simulation has become a useful tool in describing military industrial logistics organization behavior to implement military industrial information integration. Considering the specific demands of virtual engagement terrain design, this study present a framework for terrain visualization information integration in agent-based military industrial logistics simulation, which consists of perception access layer, data layer, service layer, and application layer. Focusing on its data source and the data analysis, processing, use, and validation, we propose a novel design approach on an engagement terrain database system for agent-based military industrial logistics simulation, and provide resolutions to actual problems, such as real-time efficient accession of the agent-based simulation system to high-resolution terrain data, management and maintenance of large-scale terrain data, and integrated visual simulation of terrain data. Such an initiative is achieved by presenting specific methods on the data and model designs for terrain relation, terrain analysis application, and terrain texture in terrain visualization application. A case study of the agent-based military industrial logistics simulation verifies the feasibility and effectiveness of the approach.

基于代理的仿真已成为描述军工物流组织行为以实现军工信息集成的有用工具。考虑到虚拟交战地形设计的具体需求，本研究提出了基于代理的军工物流仿真中地形可视化信息集成的框架，包括感知接入层、数据层、服务层和应用层。围绕其数据来源和数据分析、处理、使用和验证，我们提出了一种基于代理的军事工业物流仿真交战地形数据库系统的新设计方法，并为实际问题提供解决方案，如实时性。基于代理的模拟系统有效接入高分辨率地形数据，大规模地形数据的管理和维护，以及地形数据的集成可视化模拟。这一举措是通过在地形关系、地形分析应用和地形可视化应用中的地形纹理的数据和模型设计方面提出具体方法来实现的。基于代理的军工物流仿真案例研究验证了该方法的可行性和有效性。