Integrated Instrument System

C. F. Fragola, C. Hecker
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引用次数: 1

Abstract

Through the years the art of aircraft control has progressed from the use of fundamental human observations that restricted operations to contact conditions, to modern flight instrumentation that permits the precise control of modern high speed, high performance aircraft under very restricted ceiling and visibility weather conditions. The story of improved flight instrumentation in this paper includes the evolutionary trend toward more stringent control requirements which has pointed up the limitations of pure human response and resulted in a philosophy that a system capable of greater accuracy must, in addition to providing a fine degree of instrumentation, take human characteristics into consideration. Through a discussion of the symbolic and pictorial approaches to providing the ideal flight instrumentation, the present trend toward combining the two approaches is explained and the features of a production system incorporating these modern concepts is described.
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综合仪表系统
多年来,飞机控制的艺术已经从使用限制操作接触条件的基本人类观察发展到现代飞行仪器,允许在非常有限的天花板和能见度天气条件下精确控制现代高速,高性能飞机。本文中改进飞行仪表的故事包括朝着更严格的控制要求发展的趋势,这一趋势指出了纯粹人为反应的局限性,并产生了一种哲学,即除了提供良好的仪表水平外,一个能够提高精度的系统必须考虑到人的特点。通过对提供理想飞行仪表的符号和图形方法的讨论,解释了目前将这两种方法结合起来的趋势,并描述了结合这些现代概念的生产系统的特点。
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