TL;DR
This paper introduces a new task of generating informative conclusions for argumentative texts, creating a large dataset, and exploring extractive and abstractive methods, including fine-tuned BART models, to improve conclusion generation.
Contribution
The paper presents Webis-ConcluGen-21, a large-scale corpus for conclusion generation, and investigates both extractive and abstractive approaches, including knowledge-augmented fine-tuning of BART.
Findings
Abstractive models with argumentative knowledge improve informativeness.
The corpus is suitable for training and evaluating conclusion generation models.
Trade-offs exist between informativeness and conciseness in generated conclusions.
Abstract
The purpose of an argumentative text is to support a certain conclusion. Yet, they are often omitted, expecting readers to infer them rather. While appropriate when reading an individual text, this rhetorical device limits accessibility when browsing many texts (e.g., on a search engine or on social media). In these scenarios, an explicit conclusion makes for a good candidate summary of an argumentative text. This is especially true if the conclusion is informative, emphasizing specific concepts from the text. With this paper we introduce the task of generating informative conclusions: First, Webis-ConcluGen-21 is compiled, a large-scale corpus of 136,996 samples of argumentative texts and their conclusions. Second, two paradigms for conclusion generation are investigated; one extractive, the other abstractive in nature. The latter exploits argumentative knowledge that augment the data…
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Taxonomy
MethodsRefunds@Expedia|||How do I get a full refund from Expedia? · Multi-Head Attention · Linear Layer · Dense Connections · Softmax · Dropout · Byte Pair Encoding · Attention Is All You Need · Adam · Layer Normalization
