Harnessing Deep Learning for Effective Extractive Text Summarization: A Comparative Study
Deema Mohammed Alsekait, Waref Almanaseer, Ibrahim Abd Elatif Gomaa, Magdy Abd-Elghany Zeid, Salma Baligh, Hana Alaa, Jasmine Hegazy, Julia Magdy, Ala'a Tariq ElDmrat, Diaa Salama AbdElminaam · 2024
Text Summarization might seem like a trivial problem, but in reality, is essential for data acquisition and understanding by compressing large amounts of text into specific a nd to-the-point summaries. This research is conducted to help compare the proposed methods' applications and make a summary system accessible to applications such as information retrieval, legal documents summarization and much more. from this, we intend to start by acquiring the dataset, preprocessing and training, and testing the models. In this paper will explore the methods that can be applied on summarization. These methods are Machine learning models like the random forest, naive Bayes, SVM, logistic regression, Deep learning like a neural networks, Transformers-based models like T5, and performance metrics like ROUGE. By trying all these various methods and models on a news article dataset we are going to compare the results from each of them and get the best performance. Finally, the results would be a comparison between all outputs and found that Natural Language Processor. In conclusion, Text Summarization is best done using NLP, and challenges in this project would be due to the diversity of text and context.