Combined Approach for Teachers’ Evaluation Aspects Identification Using Dictionary and Patterns Based

  • Phuripoj Kaewyong
  • Naomie Salim
  • Fatin Aliah Phang

Abstract

Teacher performance evaluation is a common method and often used for evaluates teaching quality in higher education. With the rapid growth of opinion mining technique. Aspect-based opinion mining application has been possibly employed to extraction and summarization of students' comments for teacher evaluation. However, to automated teacher evaluation features identification from a large number of students' comments collection is very hard work. This study has the goal to address this problem. The main objectives of the proposed method are: (1) to identify teacher evaluation aspects, (2) to compare the efficiency of dictionary based, patterns based and the combination of them, and (3) to enhance the accuracy result in the teachers’ evaluation aspects identification from the unstructured text of students' feedbacks. The students' feedbacks were collected by questionnaires and the dataset was constructed manually with a total of 4,496 sentences from 300 undergraduate student responses in 10 subjects by purposive sampling and the collection of positive and negative sentences from 30 participants group interviewed in the workshop. Both approaches were applied to identify the frequency teachers' evaluation aspects. The experimental results found that our proposed approach provided reasonably more accurate results, the combination approach enhanced a significantly average of precision and recall. For future work, we focus on the application of new linguistic patterns and non-frequency aspects in order to increase the accuracy result.

Keywords—aspects identification, lexicon relation, linguistic pattern, opinion mining, teacher evaluation.

Published
2019-07-31
How to Cite
Kaewyong, P., Salim, N., & Phang, F. (2019, July 31). Combined Approach for Teachers’ Evaluation Aspects Identification Using Dictionary and Patterns Based. International Journal of Innovation in Enterprise System, 3(02), 48-54. https://doi.org/https://doi.org/10.25124/ijies.v3i02.40
Section
Information and Computational Engineering