为彻底解决静施力系统的被控系统结构多变情况的控制问题,应用模糊控制和人工智能的基本概念,结合施力系统的特点,通过典型系统的试验,寻找可供实用的控制方法。结果达到了预期的目的。证实了此法不强求数学模型也能对具有较快响应的静施力系统进行精确控制(静态误差≤0.5%FS、动态误差≤1％FS)。此法目前在应用上虽仍处于初级阶段,但从在导弹结构静力试验的应用结果来看,因它不但可以摆脱数学模型的束缚,而且简单、可靠,是一种很有发展前途的新的控制方法。 In order to completely solve the control problem of the static structure of the controlled system, the basic concepts of fuzzy control and artificial intelligence are applied. Combined with the characteristics of the applied force system, the typical control system is searched to find the practical control method. The results achieved the intended purpose. It is confirmed that this method does not insist that the mathematical model can also accurately control the static force system with faster response (static error≤0.5% FS, dynamic error≤1% FS). Although this method is still in its infancy in application, from the application of the static test of the missile structure, it can not only get rid of the shackles of the mathematical model but also be simple and reliable, which is a promising new development Control method.