仿真是近代科研、生产、训练等方面有力的辅助手段,尤其在武器的研制中,从方案论证开始直到定型,仿真技术的应用贯穿在全过程之中。研制一个型号总希望有理想的性能指标,并用一套数学模型来表达它们,也就是一开始就建立起数学模型。随着设计、生产、试验的进展,不断地改进武器和模型,最终无论静态、动态使模型和武器惟妙惟肖,达到了预定的性能指标。而对武器的鉴定不是根据打靶,而是用仿真方法大量的统计计算作出的。因为实际作战有许多边界条件以及各种情况的排列组合,打靶是无法实现的。即使能够实现代价太 Simulation is a powerful aid to modern scientific research, production and training. Especially in the development of weapons, the application of simulation technology runs through the whole process from the beginning of the program demonstration to the finalization. The development of a model always want the ideal performance indicators, and use a mathematical model to express them, that is, from the beginning to establish a mathematical model. With the progress of design, production and test, the weapons and models are continuously improved. Eventually, the static and dynamic models and weapons are vivid and the predetermined performance indicators are achieved. The identification of weapons is not based on targeting, but a large number of statistical methods using simulation calculations. Because actual combat has many boundary conditions and a combination of circumstances, targeting can not be achieved. Even if the cost can be realized too