Advanced Optimization Techniques for Effective Text Summarization

Text summarization is critical for managing the overwhelming volume of digital information because it condenses significant texts into concise summaries. This paper presents a comprehensive review of optimization methods used in text summarization, drawing insights from various literature surveys in the field. This paper examines different approaches, including statistical analysis, graph-based algorithms, machine learning techniques, and deep learning methods, to enhance the quality and coherence of generated summaries. The review categorizes and analyzes these optimization methods’ strengths, weaknesses, and performance characteristics. Additionally, the review identifies challenges and open research questions in text summarization optimization and discusses potential avenues for future research.

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Publication Details

Published
2024-10-25
DOI
https://doi.org/10.1109/icisaa62385.2024.10829069
Primary Topic
Topic Modeling
Type
article
Field-Weighted Citation Impact
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article

Advanced Optimization Techniques for Effective Text Summarization

Anant M. Bagade, Yogita P. Narwadkar
Topic Modeling
article

Advanced Optimization Techniques for Effective Text Summarization

Anant M. Bagade, Yogita P. Narwadkar
article en

Abstract

Text summarization is critical for managing the overwhelming volume of digital information because it condenses significant texts into concise summaries. This paper presents a comprehensive review of optimization methods used in text summarization, drawing insights from various literature surveys in the field. This paper examines different approaches, including statistical analysis, graph-based algorithms, machine learning techniques, and deep learning methods, to enhance the quality and coherence of generated summaries. The review categorizes and analyzes these optimization methods’ strengths, weaknesses, and performance characteristics. Additionally, the review identifies challenges and open research questions in text summarization optimization and discusses potential avenues for future research.

Openalex Percentile: Top 77%
Topic Modeling
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