MRI
MRI India Journals Vol. 15 No. 1S (2026): Special Issue on Cognition, Human and Artificial Intelligence

A Study on an Integrated NER and Coreference Resolution Framework for Travel and Tourism Social Media Texts: Performance Comparison Using Advanced NLP Models

Authors

  • Shraddha C. Kulkarni Assistant Professor, HPT ARTS and RYK science college, NASHIK, Maharashtra. India(91)
  • Ranjana S. Zinjore Assistant Professor, MTES’s Smt. G.G.Khadse College, Muktainagar, Dist. Jalgaon. Maharashtra. India(91)

DOI:

https://doi.org/10.65521/ijaece.v15i1S.1353

Keywords:

Named Entity Recognition Coreference Resolution Transformer-Based NLP Social Media Text Analysis Tourism Analytics

Abstract

The study presents an integrated framework combining Named Entity Recognition (NER) and coreference resolution tailored for travel and tourism social media texts. Social media content is often noisy, informal, and multilingual, posing significant challenges for traditional NER methods. Leveraging advanced transformer based NLP models, including BERT and its variants, the framework addresses these challenges by improving entity extraction and contextual linking of references. This paper shows data collection, preprocessing techniques and model architectures adapted for the travel and tourism context. Evaluation on a manually curated social media dataset demonstrates notable improvements in entity recognition accuracy and coreference resolution consistency. The results highlight the potential of this approach for enhancing tourism analytics, trend monitoring, and recommendation systems. This work contributes to the growing body of research on applying deep learning techniques to domain specific social media text analysis in the tourism sector. 

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Published

2026-01-19

How to Cite

Kulkarni, S. C., & Zinjore , R. S. (2026). A Study on an Integrated NER and Coreference Resolution Framework for Travel and Tourism Social Media Texts: Performance Comparison Using Advanced NLP Models. International Journal on Advanced Electrical and Computer Engineering, 15(1S), 159–167. https://doi.org/10.65521/ijaece.v15i1S.1353

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