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A Model-Based Measure to Assess Operator Adherence to Procedure

Author(s)
Stimpson, A. J.; Buinhas, L. S.; Bezek, S.; Boussemart, Y.; Cummings, M. L.
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Abstract
Procedures play an important role in domains where humans interact with critical, complex systems. In such environments, the operator’s ability to correctly follow a given set of procedures can directly impact system safety. A quantitative measure of procedural adherence during training for complex system opera-tion would be useful to assess trainee performance and evaluate a training program. This paper presents a novel model-based objective metric for quantifying procedural adherence in training. This metric is sensi-tive to both the number and nature of procedural deviations, and can be used with cluster analysis to classi-fy trainee performance based on adherence. The metric was tested on an experimental data set gathered from volunteers using aircraft maintenance computer-based training (CBT). The properties of the metric are discussed, along with future possibilities.
Date issued
2012-10
URI
http://hdl.handle.net/1721.1/90363
Publisher
HFES
Citation
Stimpson, A.J., Buinhas, L.S., Bezek, S., Boussemart, Y, Cummings, M.L,. A Model-Based Measure to Assess Operator Adherence to Procedure, Proceedings of HFES 2012: 56th Annual Meeting of the Human Factors and Ergonomics Society, Boston, MA, October, 2012.
Keywords
complex systems, training program, procedural adherence, computer-based training

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