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Abstract

We investigated the effects of false-alarm prone (FP) vs. miss-prone (MP) automation and the effects of likelihood alarm technology (LAT) on trust, reliance, and compliance. One hundred participants completed simulated unmanned aerial vehicle missions consisting of two primary tasks and a secondary weapon-deployment task aided by automation. It was predicted that MP automation would increase trust, LAT would increase trust, FP automation would increase reliance, and MP automation would increase compliance whereas LAT would decrease compliance when used with a FP system. Results indicated that trust was higher with the FP system, reliance was higher with the FP system, and compliance was higher with the MP system. This paper further informs the relationships among trust, reliance, and compliance, and it adds to our understanding of operator behavior in miss-prone tasks. Practical applications of this research include improving automation design and choosing the appropriate type of automation to implement for specific situations.

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Effects of False-Alarm vs. Miss-Prone Automation and Likelihood Alarm Technology on Trust,Reliance,and Compliance in a Miss-Prone Task

Abstract

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