The Relation of Electronic and Optical Display Gain to System Performance

S. Seidenstein, H. P. Birmingham
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引用次数: 1

Abstract

An experiment was conducted to investigate the effect of adjusting display gain upon man-machine system performance in a simple aided tracking system. Gain was varied in two ways: electrically by changing amplification, and optically by changing the distance from the scope to the eye. Manipulation of gain by each method produced similar changes in system performance. Over the ranges studied, system error decreased as display gain was increased. This result agrees with predictions based upon closed-loop control system theory and suggests the feasibility of including additional experimental variables within the theory.
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电子和光学显示增益与系统性能的关系
在简单辅助跟踪系统中,通过实验研究了调节显示增益对人机系统性能的影响。增益以两种方式变化:通过改变放大倍数来改变电增益,通过改变从瞄准镜到眼睛的距离来改变光学增益。每种方法对增益的操纵在系统性能上产生类似的变化。在研究范围内,系统误差随着显示增益的增加而减小。该结果与基于闭环控制系统理论的预测一致,并表明在理论中加入额外实验变量的可行性。
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