Difference between revisions of "Speech Recognition for Education"

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Wang et al. (2018) [https://www.researchgate.net/publication/336009443_Monitoring_the_performance_of_human_and_automated_scores_for_spoken_responses pdf]
*Automated scoring model for evaluating English spoken responses
*SpeechRater gave a significantly lower score than human raters for German students
*SpeechRater gave higher scores to students from China than human raters, with H1-rater scores higher than mean


  Loukina & Buzick (2017) [https://onlinelibrary.wiley.com/doi/pdfdirect/10.1002/ets2.12170 pdf]
*a model (the SpeechRater) automatically scoring open-ended spoken responses for speakers with documented or suspected speech impairments
*SpeechRater was less accurate for test takers who were deferred for signs of speech impairment (ρ<sup>2</sup> = .57) than test takers who were given accommodations for documented disabilities (ρ<sup>2</sup> = .73)
Loukina et al. (2019) [https://aclanthology.org/W19-4401.pdf pdf]
*Models providing automated speech scores on English language proficiency assessment
*L1-specific model trained on the speaker’s native language was the least fair, especially for Chinese, Japanese, and Korean speakers, but not for German speakers
*All models (Baseline, Fair feature subset, L1-specific) performed worse for Japanese speakers

Latest revision as of 05:09, 10 June 2022

Wang et al. (2018) pdf

  • Automated scoring model for evaluating English spoken responses
  • SpeechRater gave a significantly lower score than human raters for German students
  • SpeechRater gave higher scores to students from China than human raters, with H1-rater scores higher than mean


  Loukina & Buzick (2017) pdf

  • a model (the SpeechRater) automatically scoring open-ended spoken responses for speakers with documented or suspected speech impairments
  • SpeechRater was less accurate for test takers who were deferred for signs of speech impairment (ρ2 = .57) than test takers who were given accommodations for documented disabilities (ρ2 = .73)


Loukina et al. (2019) pdf

  • Models providing automated speech scores on English language proficiency assessment
  • L1-specific model trained on the speaker’s native language was the least fair, especially for Chinese, Japanese, and Korean speakers, but not for German speakers
  • All models (Baseline, Fair feature subset, L1-specific) performed worse for Japanese speakers