Mining Associations for Interface Design

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Mining Associations for Interface Design (2007)

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by Timothy Maciag , Daryl H. Hepting , Dominik Sl¸ezak , Robert J. Hilderman

Venue:	In Proc. International Conference on Rough Sets and Knowledge Technology (RSKT), Joint Rough Set Symposium (JRS
Citations:	3 - 3 self

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@INPROCEEDINGS{Maciag07miningassociations,
    author = {Timothy Maciag and Daryl H. Hepting and Dominik Sl¸ezak and Robert J. Hilderman},
    title = {Mining Associations for Interface Design},
    booktitle = {In Proc. International Conference on Rough Sets and Knowledge Technology (RSKT), Joint Rough Set Symposium (JRS},
    year = {2007},
    pages = {109--117}
}

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Abstract

Abstract. Consumer research has indicated that consumers use compensatory and non-compensatory decision strategies when formulating their purchasing decisions. Compensatory decision-making strategies are used when the consumer fully rationalizes their decision outcome whereas non-compensatory decision-making strategies are used when the consumer considers only that information which has most meaning to them at the time of decision. When designing online shopping support tools, incorporating these decision-making strategies with the goal of personalizing the design of the user interface may enhance the overall quality and satisfaction of the consumer’s shopping experiences. This paper presents work towards this goal. The authors describe research that refines a previously developed procedure, using techniques in cluster analysis and rough sets, to obtain consumer information needed in support of designing customizable and personalized user interface enhancements. The authors further refine their procedure by examining and evaluating techniques in traditional association mining, specifically conducting experimentation using the Eclat algorithm for use with the authors ’ previous work. A summary discussing previous work in relation to the new evaluation is provided. Results are analyzed and opportunities for future work are described.

Keyphrases

interface design future work developed procedure rough set consumer shopping experience consumer research user interface overall quality consumer considers whereas non-compensatory decision-making strategy support tool summary discussing previous work purchasing decision compensatory decision-making strategy user interface enhancement consumer information non-compensatory decision strategy work towards author previous work traditional association mining eclat algorithm new evaluation decision-making strategy cluster analysis

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