首页> 外文会议>Human Factors and Ergonomics Society 43rd Annual Meeting Vol.1 Houston, Texas September 27-October 1,1999 >Perceptual control theory and eclogical interface design: lessons learned from the control display unit
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Perceptual control theory and eclogical interface design: lessons learned from the control display unit

机译:知觉控制理论与生态界面设计:从控制显示单元中学到的经验

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The purpose of this research was to assess the applicability of Perceptual Control Theory (PCT) and Ecological Interface Design (EID) to the radio communication domain, and to perform an analytical evaluation between PCT and EID using the Control Display Unit (CDU) interface as a vehicle. A PCT-based analysis of the pilot-CDU interactions was performed and an Abstraction Hierarchy representation of the radio communication domain was developed. Two interface designs followed and their effectiveness was assessed analytically by judging their ability to support tasks under normal and abnormal circumstances. The results suggest that both interfaces permit radio exchanges to be performed under normal operations. Also, both interfaces lead to the detection of technical failures and environmental concerns impeding successful radio communication. However, the PCT-based interface did not support diagnostic actibvities related to disturbances of a technical and environmental nature in the commuication work domain, whereas the EID interface was able to support diagnostic activities for disturbances of environmental sources for the given task situations.
机译:这项研究的目的是评估感知控制理论(PCT)和生态接口设计(EID)在无线电通信领域的适用性,并使用控制显示单元(CDU)接口进行PCT和EID之间的分析评估。一辆车。对导频-CDU交互进行了基于PCT的分析,并开发了无线电通信域的抽象层次表示。随后进行了两种界面设计,并通过判断它们在正常和异常情况下支持任务的能力来分析评估其有效性。结果表明,两个接口都允许在正常操作下进行无线电交换。同样,两个接口都导致技术故障和环境问题的检测,从而阻碍无线电通信的成功进行。但是,基于PCT的界面在通讯工作领域不支持与技术和环境性质的干扰有关的诊断活动,而EID界面却能够支持针对给定任务情况的环境源干扰的诊断活动。

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