基于STK的综合作战场景可视化仿真系统

Integrated Combat Scene Visualization Simulation System Based on STK

摘要:

在当今复杂而动态的战场环境中,对武器性能进行准确评估和优化具有至关重要的意义。研究采用STK平台成功开发了一套综合作战场景可视化仿真系统,能够在这种复杂环境中对武器系统进行全面模拟和评估。重点研究了离线场景建模技术、模型动画优化和多种数据处理传输方法等方面。经实验测试,实现了模拟系统在武器性能评估和优化、战术规划和军事演习、实时决策支持、武器系统集成验证等多个领域的关键作用。研究推动了技术创新和研究方向的拓展,着眼于确保成本效益的目标。通过对战场环境的深入理解和模拟,为提升武器系统的性能和应对复杂作战环境提供了有力支持,为未来的军事应用和决策制定奠定了坚实基础。

Abstract:

n today"s complex and dynamic battlefield environments, accurate evaluation and optimization of weapon performance are of paramount importance. Research has successfully developed a comprehensive combat scene visualization simulation system using the STK platform, enabling comprehensive simulation and evaluation of weapon systems in such complex environments. The study focuses on offline scene modeling techniques, model animation optimization, and various methods of data processing and transmission. Through experimental testing, the simulation system has been shown to play a critical role in evaluating and optimizing weapon performance, tactical planning and military exercises, real-time decision support, and weapon system integration validation across multiple domains. The research drives technological innovation and expands research directions, with a focus on ensuring cost-effectiveness. By deeply understanding and simulating battlefield environments, it provides strong support for enhancing weapon system performance and addressing complex operational scenarios, laying a solid foundation for future military applications and decision-making processes.