面向体系对抗的仿真支撑平台研究及应用

Research and Application of Simulation Support Platform for System-of-Systems Combat

围绕高效地开发高精度、高可信、高逼真体系对抗仿真系统的需求,以体系仿真开发执行过程为起点,设计了体系对抗仿真平台的总体组成结构,提出并实现了参数化服务化的体系仿真架构、面向体系对抗的多视图协同建模、可扩展高性能分布并行一体化仿真、基于大数据和深度学习的智能化仿真评估等关键方法,研制了一种支撑复杂环境下武器装备体系对抗仿真推演和评估的仿真平台。应用表明,平台可有效支持在线推演和仿真试验两类体系对抗仿真系统的开发与应用。

Based on the requirement of developing high-precision,high-reliability,and high-fidelity SoS(System-of-Systems)combat simulation system efficiently,the overall structure of SoS combat simulation platform is designed with the implementation process of the SoS simulation development as the starting point.The key methods such as the parameterized&serviced So S simulation framework,So S combat oriented multi-view collaborative modeling,extensible high-performance distributed parallel simulation,and intelligent simulation evaluation based on large data&deep learning are emphatically put forward and implemented.A simulation platform is developed to support the weapon equipment SoS combat simulation deduction and evaluation in complex environment.Applications show,the platform can effectively support the development and application of online deduction mode and simulation experiment mode.