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本文扼要论述了仿真技术的发展和水平,指出新兵器的研究、设计、试验以及使用中已经大量的采用仿真技术,并取得节时、省人、大量节约经费的效益。由于计算机的采用,已将一般的理论分析和工程计算,上升到系统化,从而分析兵器设计的合理性、先进性,但多数仅仃留于离散的各种软件包。最近随着训练仿真技术的发展,大量实时的仿真器投入了使用,如工程学院85年研制的JMG-I型坦克高级驾驶模拟器已投入训练使用,从而可以构成人机大系统、动态实时进行坦克动力学、运动学的仿真。本文以实时动态仿真系统为研究对象,阐述主要技术内容及其作用。
This article briefly discusses the development and level of simulation technology, and points out that a large number of simulation techniques have been used in the research, design, testing and use of new weapons, and the benefits of saving a lot of time and money are saved. Due to the adoption of computers, the general theoretical analysis and engineering calculations have been systematically upgraded to analyze the rationality and advanced nature of weapon design. However, most of them only remain in discrete software packages. Recently, with the development of training simulation technology, a large number of real-time simulators have been put into use. For example, JMG-I advanced driving simulator developed by Institute of Engineering for 85 years has been put into training so as to form a man-machine system and perform dynamic real- Tank dynamics, kinematics simulation. This article takes the real-time dynamic simulation system as the research object, expounds the main technical content and its function.