Extractive Summarization using Deep Learning
This work addresses the problem of generating coherent summaries from factual reports, but it appears incremental as it builds on existing deep learning methods without introducing a major breakthrough.
The paper tackles extractive summarization of factual reports by proposing a deep learning approach that uses a Restricted Boltzmann Machine for feature enhancement, resulting in improved accuracy without losing important information.
This paper proposes a text summarization approach for factual reports using a deep learning model. This approach consists of three phases: feature extraction, feature enhancement, and summary generation, which work together to assimilate core information and generate a coherent, understandable summary. We are exploring various features to improve the set of sentences selected for the summary, and are using a Restricted Boltzmann Machine to enhance and abstract those features to improve resultant accuracy without losing any important information. The sentences are scored based on those enhanced features and an extractive summary is constructed. Experimentation carried out on several articles demonstrates the effectiveness of the proposed approach. Source code available at: https://github.com/vagisha-nidhi/TextSummarizer