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Published on: December 15, 2023
A fine-grained labeled dataset for textual sentiment analysis in technical education.
Manoj Singh1, Subhash Panwar1, Sanju Choudhary2
1CSE & IT, Government Engineering College, Bikaner, India.
This study introduces a new dataset for sentiment analysis in technical education, featuring over 14,000 records. This resource aids Natural Language Processing model development and evaluation.
Area of Science:
- Natural Language Processing
- Pattern Recognition
- Machine Learning
- Data Science
Background:
- Sentiment analysis is crucial for understanding user feedback in various domains.
- Existing datasets lack comprehensive coverage of the technical education sector.
- The All India Council for Technical Education (AICTE) oversees a vast network of technical institutions in India.
Purpose of the Study:
- To present a novel, large-scale, and meticulously curated dataset for sentiment analysis specific to technical education.
- To provide a publicly available resource for training and evaluating Natural Language Processing and deep learning models.
- To facilitate nuanced understanding and analysis of feedback within the technical education landscape.
Main Methods:
- Data collection involved an online application distributed to approximately 10,000 technical institutions under AICTE.
- Over 14,000 records were manually entered by representatives from these institutions over one year.
- The dataset was categorized into seven distinct sentiment labels and further classified into 10 modules.
Main Results:
- A dataset comprising 14,272 records was successfully created and curated.
- The dataset is the first of its kind publicly available for the technical education domain.
- It offers a rich resource with multi-class, multi-labeled data suitable for deep learning applications.
Conclusions:
- The developed dataset is a valuable asset for advancing research in sentiment analysis and Natural Language Processing within technical education.
- It enables the development and benchmarking of more robust and accurate machine learning models.
- The dataset's quality and comprehensiveness support diverse applications, including sentiment classification and feedback analysis.
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