This dissertation is centered on the research of the sub - water weapon counterwork distributed interactive simulation ( dis ) system 论文主要对水下武器作战对抗分布交互仿真( dis )系统进行了研究。
Multi - target localization is the urgent requirement of exploration system in underwater weapon , which is the basis of anti - counterwork , target recognization , and accurate attack 多目标定位是水下武器探测系统迫切需要具备的能力,它是反对抗、目标识别、精确打击的基础。
With the progressive development of underwater acoustic detection and acoustic - guided weapons , more advanced requirements are imposed upon the acoustic properties of submarines 随着水声探测潜艇的手段和方法以及带有声制导的水下武器的不断完善,对潜艇的声学性能的要求越来越高。
The achievement of the dissertation has been applied in no . 750 institutes for the project " sub - water weapon counterwork simulation test system " , and it is also meaningful in other related fields 该项研究成果已在七五零试验场的水下武器对抗仿真测试系统中得到应用,对于水下武器等国防武器装备的研制具有应用价值。
Tcvs integrated the traditional simulation computation with the virtual environment . it is an important part for studying and experimenting in the virtual underwater weapon combat environment 水声对抗三通道视景仿真系统将传统的仿真计算和虚拟环境有机地结合为一体,是水下武器虚拟作战环境研究和试验的重要组成部分。