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Research of the Air Defense Fire Control System Man-Machine Interface Design

机译:防空火控系统人机界面设计研究

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The man-machine interface (MMI) design of air defense fire control system shall pose immediate influence upon the safe and efficient operation. Scientific and reasonable MMI design may promote the operating efficiency, and bring the performance of weapon system into full display. On the basis of analyzing the type, quantity, and key contents of man-machine interaction of the air defense fire control system, and from the angle of operator's strength, accessible field, visible range, and information-processing capability, this research deliberates on the design principles of the MMI manipulator and displayer of air defense fire control system, in order to provide reliable designing standards for the industrial sector.
机译:防空火控系统的人机界面(MMI)设计应立即影响安全,高效的操作。科学合理的人机界面设计可以提高运行效率,充分发挥武器系统的性能。在分析防空火控系统人机交互的类型,数量和关键内容的基础上,从操作人员的实力,可及范围,可见范围和信息处理能力的角度出发,进行研究。防空火力控制系统的MMI机械手和显示器的设计原理,以便为工业部门提供可靠的设计标准。

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