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首页> 外文期刊>Spectrum, IEEE >Instrumentation VII: The human factors: The operator, who must push buttons, twist knobs, and observe results rapidly, clearly, and unambiguously, is a principal design constraint
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Instrumentation VII: The human factors: The operator, who must push buttons, twist knobs, and observe results rapidly, clearly, and unambiguously, is a principal design constraint

机译:仪器VII:人为因素:操作员必须严格按按钮,扭动旋钮并快速,清晰,明确地观察结果,这是主要的设计约束

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摘要

Although recorded attempts to integrate human factors into equipment design date back to the last century, it was not until World War II that human factors engineering became a specialized science. Today, instrument manufacturers consider ¿human engineering¿ vital in gaining user confidence as well as dollars. Indeed, many respondents to a recent Spectrum instrumentation survey (see pp. 69¿72) regarded neglect of human factors a major problem in instruments they didn't like. Perhaps the greatest exponent of human factors engineering is NASA, which throughout the space program has conceptualized man as a working component of the overall system. In fact, NASA has defined a manned space system as hardware, software, and man!
机译:尽管有人尝试将人为因素整合到设备设计中的尝试可以追溯到上个世纪,但直到第二次世界大战时,人为因素工程才成为一门专业科学。如今,仪器制造商认为“人机工程学”对于赢得用户的信任和金钱至关重要。确实,最近频谱仪器调查的许多受访者(请参阅第69-72页)认为忽略人为因素是他们不喜欢的仪器中的主要问题。人为因素工程学的最大代表也许是美国宇航局,它在整个太空计划中都将人概念化为整个系统的工作组成部分。实际上,NASA已将载人航天系统定义为硬件,软件和人员!

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