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对有人参加的跟踪系统的设计问题是从理论上难于解决的实际问题,许多人企图用一套理论公式来描述这种系统,探讨人机系统最佳参数的选择方法,但由于“人”这一环节的复杂性,而未能很好解决。作者则把统计学的正交试验法应用于人机系统的参数设计是一个可取的想法,这可以避免了建立“人”的模型的困难,同时可从多因素分析中找出主要矛盾,进行优化设计。因此具有实际应用的意义。当然作者所提方案,并非十全十美,尚须继续努力,以便从实际应用的结果来说明方法的可行性和有效性,那就更好了。
The design of a manned tracking system is a theoretically difficult problem to solve. Many people attempt to use a set of theoretical formulas to describe the system and to explore the best way to choose the man-machine system. However, due to “human” A part of the complexity, but not well resolved. The authors then applied statistical orthogonal test method to the parameter design of man-machine system is a desirable idea, which can avoid the difficulty of establishing “human” model, at the same time can be identified from the multivariate analysis of the main contradictions, Optimize design. Therefore, it has practical significance. Of course, the proposal made by the author is not perfect, and we must continue our efforts so as to illustrate the feasibility and effectiveness of the method from the results of practical application.