Integrating rich user feedback into intelligent user interfaces

  • Stumpf S
  • Sullivan E
  • Fitzhenry E
 et al. 
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The potential for machine learning systems to improve via a mutually beneficial exchange of information with users has yet to be explored in much detail. Previously, we found that users were willing to provide a generous amount of rich feedback to machine learning systems, and that the types of some of this rich feedback seem promising for assimilation by machine learning algorithms. Following up on those findings, we ran an experiment to assess the viability of incorporating real-time keyword-based feedback in initial training phases when data is limited. We found that rich feedback improved accuracy but an initial unstable period often caused large fluctuations in classifier behavior. Participants were able to give feedback by relying heavily on system communication in order to respond to changes. The results show that in order to benefit from the user's knowledge, machine learning systems must be able to absorb keyword-based rich feedback in a graceful manner and provide clear explanations of their predictions.

Author-supplied keywords

  • -based rich feedback in
  • 2
  • 5
  • a graceful manner and
  • acm classification keywords h
  • author keywords machine learning
  • information
  • pro-
  • their predictions
  • user feedback
  • vide clear explanations of

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  • Simone Stumpf

  • Erin Sullivan

  • Erin Fitzhenry

  • Ian Oberst

  • Weng-Keen Wong

  • Margaret Burnett

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