综述文本摘要的演进,解析提取与生成式方法的优劣。
Advancements in Natural Language Processing for Automatic Text Summarization
- 分类梳理提取式与生成式摘要方法的原理与适用场景。
- 对比分析多种混合技术在不同语言模型上的摘要效果。
- 适合想了解摘要技术全貌的研究者和工程师参考。
随着各领域和平台文本内容的急剧增长,自动文本摘要(ATS)技术在文本分析中的需求日益迫切。得益于自然语言处理(NLP)与深度学习(DL)的进步,文本摘要模型在多个技术领域已显著提升。然而,复杂多样的写作风格仍对摘要过程构成重大挑战。文本摘要主要分为两类:抽取式摘要直接从原文中提取句子或片段;生成式摘要则通过语言学分析重构原文内容。本文系统梳理了现有的混合摘要技术,融合抽取与生成方法,并深入分析文献中各类方法的优缺点。同时,作者对不同技术与评估指标进行了对比分析,评估基于语言生成模型的摘要质量。本综述旨在全面呈现ATS的发展脉络,通过分解多样化的系统与架构,结合其运作的技术与数学解释,提供对语言处理在该任务中演进的深入理解。
原文摘要 · Abstract (English)
The substantial growth of textual content in diverse domains and platforms has led to a considerable need for Automatic Text Summarization (ATS) techniques that aid in the process of text analysis. The effectiveness of text summarization models has been significantly enhanced in a variety of technical domains because of advancements in Natural Language Processing (NLP) and Deep Learning (DL). Despite this, the process of summarizing textual information continues to be significantly constrained by the intricate writing styles of a variety of texts, which involve a range of technical complexities. Text summarization techniques can be broadly categorized into two main types: abstractive summarization and extractive summarization. Extractive summarization involves directly extracting sentences, phrases, or segments of text from the content without making any changes. On the other hand, abstractive summarization is achieved by reconstructing the sentences, phrases, or segments from the original text using linguistic analysis. Through this study, a linguistically diverse categorizations of text summarization approaches have been addressed in a constructive manner. In this paper, the authors explored existing hybrid techniques that have employed both extractive and abstractive methodologies. In addition, the pros and cons of various approaches discussed in the literature are also investigated. Furthermore, the authors conducted a comparative analysis on different techniques and matrices to evaluate the generated summaries using language generation models. This survey endeavors to provide a comprehensive overview of ATS by presenting the progression of language processing regarding this task through a breakdown of diverse systems and architectures accompanied by technical and mathematical explanations of their operations.
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