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Applying ecological interface design to experimental apparatus used to monitor a refrigeration plant

机译:将生态界面设计应用于用于监控制冷设备的实验设备

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摘要

[Abstract]:udA small refrigeration plant, for teaching refrigeration theory, used a control console built to traditional design guidelines: one output in the display for each sensor in the plant. This style of console is notorious for inducing high cognitive loads on operators and for displaying redundant data. Often the high cognitive load is the result of inconsistency between the intent for displaying the data and the format of the displayed data. An interface, based on Ecological Interface Design Theory (EID) was designed and implemented. The completed interface provided the operator with information commensurate with the operator's mental model derived from the system image. During testing of the new interface the expert operator's mental model of the refrigeration system was modified due to improved observation of teh refrigeration plant's operational parameters. The application achieved the desired result and reduced the operator's workload by removing a cognitive task - determining system stability - from the operator's task list.
机译:[摘要]: ud一个小型制冷设备,用于教授制冷理论,它使用了按照传统设计准则构建的控制台:显示屏中每个设备中的每个传感器都有一个输出。这种类型的控制台臭名昭著,因为它在操作员身上引起了很高的认知负担,并显示了多余的数据。通常,较高的认知负担是显示数据的意图与显示数据的格式不一致的结果。设计并实现了基于生态接口设计理论(EID)的接口。完整的界面为操作员提供了与从系统映像中得出的操作员心理模型相对应的信息。在测试新界面期间,由于改进了对制冷设备运行参数的观察,修改了制冷系统专家操作员的思维模型。该应用程序通过从操作员的任务列表中删除一项认知任务-确定系统稳定性,从而达到了预期的结果并减少了操作员的工作量。

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