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Human Operator Modeling of Target Tracking System for Improving Manual Control Command  

Lee, Seok-Jae (Agency for Defense Development)
Lyou, Joon (Division of Electrical and Computer Engineering, Chungnam National University)
Publication Information
Abstract
Without human dynamics effects, the manually operated target tracking system has poor performance or instability in real environments. The tracking system is invalid when a human is added to the control loop as a real time delay, because input signals are generated by human operator to reduce the errors between target and gun. In this paper, we consider the human operator as a part of controller and modeling the human operator as a first-order model to generate the intentional force. But it is known that human modeling is not easy because of disturbance or noise of the vehicle while moving for the target. We performed a variety of experiments with real plant to identify the model's parameters and verify the proposed operator model's efficiency.
Keywords
Human Operator; Modeling; Target Tracking System; Manual Control;
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