Engineering Psychology and Human Performance
This text presents both a formal and intuitive understanding of how humans process information in the performance of tasks - highlighting the strengths and limitations for the design of equipment with which people interact.
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Signal Detection Information Theory and Absolute
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absolute judgment air traffic control aircraft analog analysis attention auditory automated automatic behavior beta chunks cognitive Cognitive Psychology compatibility complex components confirmation bias context criterion cues decision described diagnosis digits dimensions discussed in Chapter display effects engineering psychology environment Ergonomics error evidence example Experimental Psychology feedback fixation frequency function graph Human Factors Society human operator human performance hypothesis important increase indicate information processing input integration Journal of Experimental Kahneman learning letters long-term memory measure mental model monitoring noise occur optical flow optimal perceived perception pilot prediction presented probability process control reduced redundancy relative representation response ROC curve Santa Monica scanning shown in Figure signal detection theory simulated skill sources spatial speed stimulus strategies stress subjects system design target task technique Three Mile Island time-sharing tion tracking variables verbal vigilance visual Wickens words workload