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XCS for Personalizing Desktop Interfaces
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AI
DOI：10.1109/TEVC.2009.2021466.png)
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Abstract
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We investigate whether XCS, a genetic algorithm based learning classifier system, can harness information from a user's environment to help desktop applications better personalize themselves to individual users. Specifically, we evaluate XCSs ability to predict user-preferred actions for a calendar and a media player. Results from three real-world user studies indicate that XCS significantly outperforms a decision-tree learner to successfully predict user preferences for these two desktop interfaces. Our results also show that removing external user-related contextual information degrades XCSs performance. This performance degradation emphasizes the need for desktop applications to access external contextual information to better learn user preferences. Our results highlight the potential for a learning classifier systems based approach for personalizing desktop applications to improve the quality of human-computer interaction.
Keywords:
Decision-trees
evolutionary computation
genetics-based machine learning
learning classifier systems
user context
XCS
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