论文部分内容阅读
当前武器系统的综合性日益提高,现代化的系统,一般除武器本身外,还包括由目标探测与计算控制,以及动力传动等子系统。它们都采用了不少现代电子、光学及计算技术,且技术日新月异,发展十分迅速,因此武器系统的更新要求很快。国外认为一个武器系统的先进有效使用寿命一般为三至七年。所以,如何缩短科研试制的周期,是一个很为重要的问题。为解决这样一些问题,国外出现了一种新的学科,叫系统工程学。按照这种学科原理作指导,各种系统的设计,包括射击指挥系统的设计,已大大不同于传统的设计程序和方法,一般射击指挥系统的设计需要借助计算机,经过一个
The comprehensiveness of the current weapon system is increasing day by day. The modern system generally includes subsystems such as target detection and calculation control and power transmission in addition to the weapon itself. They all use a lot of modern electronics, optics and computing technology, and the technology is changing rapidly and developing very rapidly, so the update of the weapon system demands very fast. In foreign countries, the advanced and effective service life of a weapon system is generally three to seven years. Therefore, how to shorten the cycle of research and trial is a very important issue. To solve such problems, a new discipline has emerged in foreign countries called System Engineering. Guided by the principles of this discipline, the design of various systems, including the design of firing command systems, has been greatly different from the traditional design procedures and methods. The design of a general firing command system requires the aid of a computer,