Proposing the Hedonic Affect Model (HAM) to Explain how Stimuli and Performance Expectations Predict Affect in Individual and Group Hedonic Systems Use
Hedonic systems represent a multibillion-dollar industry and play an important role in how people recreate, socialize, and even conduct business. A key goal of hedonic system design is to promote positive affect—a variable known to influence cognitive beliefs, trust, disclosure, adoption, and purchase intentions. Yet, little research has identified or explained how stimuli from design features lead to positive affect in hedonic systems. This article introduces a new theoretical model, the Hedonic Affect Model (HAM), which is a comprehensive and generalizable model explaining the causes of positive and negative affect in a hedonic software context. HAM outlines three stages that provide an explanation of how stimuli lead to positive affect in hedonic contexts. In stage 1, HAM specifies group and individual interaction inputs that are likely to play a role in users’ hedonic evaluations of a system. Stage 2 explains how the interaction inputs and intrinsic motivation influence hedonic performance perceptions. Stage 3 explains how performance expectations and perceived performance lead to a positive disconfirmation and influence users’ affect. As a result, HAM is more generalizable to individual and group hedonic contexts than other models.
Lowry, P. B., Jenkins, J. L., Gaskin, J. E., Hammer, B. I., Twyman, N. W., & Hassell, M. (2008). Proposing the Hedonic Affect Model (HAM) to Explain how Stimuli and Performance Expectations Predict Affect in Individual and Group Hedonic Systems Use. Proceedings of JAIS Theory Development Workshop, 8(24) Association for Information Systems.
JAIS Theory Development Workshop
Business and Information Technology
Keywords and Phrases
Affect; Expectations Disconfirmation; Stimulus; Attention; Perceived Affective Quality; Hedonic Systems
International Standard Serial Number (ISSN)
Article - Conference proceedings
© 2008 Association for Information Systems, All rights reserved.
01 Dec 2008