面向实兵对抗的炮兵火力仿真模型设计与实现

Design and Implementation of Real Confrontation Oriented Simulation Models for Artillery Firepower

针对实兵对抗训练需要,在分析炮兵火力打击行为特性的基础上,提出了一种基于实装的炮兵火力仿真方法。综合运用传感器、外弹道解算、卫星定位、地理信息和毁伤评估技术,采用嵌入式仿真方法,构建了融火炮射击诸元信息采集、弹道终点仿真和毁伤效果评估于一体的炮兵火力仿真模型,能够全系统、全要素真实反映实战环境下炮兵火力打击过程和打击效果。通过实弹射击与模拟射击结果的比对分析,验证了模型的可行性和有效性。

Aiming at the training requirement of real confrontation, a simulation method based on real equipment for artillery firepower was proposed on the basis of the analysis of artillery firepower attacking behavior characteristics. By comprehensive use of the sensor, exterior ballistic calculation, satellite positioning, geographic information and damage assessment technology, using a embedded simulation method, a simulation model of artillery firepower fused information collection of artillery firing data, ballistic endpoint simulation and damage assessment was built, which could reflect systematically and comprehensively artillery firepower attacking process and the result of the strike in the actual combat environment. The model effectiveness and feasibility was verified by a comparison analysis of the results of real and simulation shooting results.