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Abstract
Cognitive and experiential factors in human–computer interaction have been the focus of significant recent attention, but there is a lack of a much needed integrated approach to these issues. The current article proposes such an approach and applies this, combined with the person–task–artifact model (CitationFinneran & Zhang, 2003), to the modeling of web navigation. In an experiment, artifact complexity and task complexity were manipulated. The effects of the experimental manipulations and intrinsic motivation on flow experience, task performance and task outcome were tested. The main effects of the manipulations were confirmed. Further analyses demonstrated that flow was a mediator of the effect of experimental manipulations on task performance, and task performance was a mediator of the effect of flow on task outcome. Overall, the results in the domain of web navigation that are presented here demonstrate the need for taking an integrated cognitive-experiential approach in the modeling of human–computer interaction.
Notes
Acknowledgment . We are grateful to three anonymous reviewers for their helpful comments on the first draft of the manuscript and to the editor Andrew Monk for superb guidance.
HCI Editorial Record . First manuscript received March 30, 2010. Revision received August 31, 2010. Accepted by Andrew Monk. Final manuscript received September 1, 2010. — Editor