Neural Summarization by Extracting Sentences and Words
원문 초록
Traditional approaches to extractive summarization rely heavily on human-engineered features. In this work we propose a data-driven approach based on neural networks and continuous sentence features. We develop a general framework for single-document summarization composed of a hierarchical document encoder and an attention-based extractor. This architecture allows us to develop different classes of summarization models which can extract sentences or words. We train our models on large scale corpora containing hundreds of thousands of document-summary pairs. Experimental results on two summarization datasets demonstrate that our models obtain results comparable to the state of the art without any access to linguistic annotation.
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OrderSum: Semantic Sentence Ordering for Extractive Summarization
StrucSum: Graph-Structured Reasoning for Long Document Extractive Summarization with LLMs
Extractive Multi-document Summarization using K-means, Centroid-based Method, MMR, and Sentence Position
Single-Document Summarization Using Sentence Embeddings and K-Means Clustering
Sentinel: Decoding Context Utilization via Attention Probing for Efficient LLM Context Compression
Mitigating Object Hallucinations via Sentence-Level Early Intervention
토론
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