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2013-03 兵工自动化
32(3) Ordnance Industry Automation ·21 ·
doi: .
某远程火箭炮火控系统仿真训练平台
宋国合,陈同军
(南京军区 73909 部队,江苏徐州 221004 )
摘要:为了提高大型复杂武器系统陆续恋装备部队的维修怱保障能力,设计某远程火箭炮火控系统仿真训恦练平台。
在介绍该系统基本构成的基础上,探讨其设计思想、系统功能结构、系统物理结构及系统软件总体设计;通过设计
全车虚怼拟三维显示系统和系统通信接口模式等系统功能,分析了采用的 4 种关键技术。实践结果证明,该系统解决
了火控系统维修怱训恦练构造动作原理难理解、故障现象难模拟、维修怱训恦练难体验悚、装备损耗难控制的问题。
关键词:远程火箭炮;火控系统;模拟训恦练;系统结构;功能设计
中图分类号: 文献标志码:A
Simulation Training Platform for Fire Control System of
Certain Type Long-Range Rocket Gun
Song Guohe, Chen Tongjun
(No . 73909 Unit of PLA in Nanjing Military Region , Xuzhou 221004, China )
Abstract: A simulation training platform for fire control system of certain type long-range rocket gun is designed for
increasing the maintenance support capability of the large plex weapon system armed in military. On the basis of
introducing the basic structure, this article discusses the design ideas, system function structure, system physical logic
structure and system software overall design. By designing the virtual 3D display system structure of the whole gun and
munication interface mode, 4 species of system key technology used in the process of designing is analyzed.
The results of practice prove that: this system can solve some maintenance training difficulties of understanding the
structure and working principle, simulating the
32(3) Ordnance Industry Automation ·21 ·
doi: .
某远程火箭炮火控系统仿真训练平台
宋国合,陈同军
(南京军区 73909 部队,江苏徐州 221004 )
摘要:为了提高大型复杂武器系统陆续恋装备部队的维修怱保障能力,设计某远程火箭炮火控系统仿真训恦练平台。
在介绍该系统基本构成的基础上,探讨其设计思想、系统功能结构、系统物理结构及系统软件总体设计;通过设计
全车虚怼拟三维显示系统和系统通信接口模式等系统功能,分析了采用的 4 种关键技术。实践结果证明,该系统解决
了火控系统维修怱训恦练构造动作原理难理解、故障现象难模拟、维修怱训恦练难体验悚、装备损耗难控制的问题。
关键词:远程火箭炮;火控系统;模拟训恦练;系统结构;功能设计
中图分类号: 文献标志码:A
Simulation Training Platform for Fire Control System of
Certain Type Long-Range Rocket Gun
Song Guohe, Chen Tongjun
(No . 73909 Unit of PLA in Nanjing Military Region , Xuzhou 221004, China )
Abstract: A simulation training platform for fire control system of certain type long-range rocket gun is designed for
increasing the maintenance support capability of the large plex weapon system armed in military. On the basis of
introducing the basic structure, this article discusses the design ideas, system function structure, system physical logic
structure and system software overall design. By designing the virtual 3D display system structure of the whole gun and
munication interface mode, 4 species of system key technology used in the process of designing is analyzed.
The results of practice prove that: this system can solve some maintenance training difficulties of understanding the
structure and working principle, simulating the
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