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Introducing a New Interactive Summarization Method

A method for improving document summarization through interactive editing.

― 6 min read


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Table of Contents

Summarizing long documents is something we all deal with regularly. While there have been great improvements in technology, especially in using AI to make summaries, people still often want a summary that fits their specific needs. To help with this, we present a new method that allows writers to edit and improve their summaries step by step. This method lets writers change parts they do not like at any point and add starting phrases if they want. The system then provides better options that fit well with what is already there.

The Framework

Our method uses a special model that helps fill in the parts of summaries that need change. This model is based on a popular type of AI called the encoder-decoder model. We have also created new ways to measure how good a summary is, focusing on what makes a summary effective.

With this framework, users can create high-quality summaries that reflect their needs. It uses both human skills and AI to make the summary writing process a better experience for everyone.

How AI Helps Us

The growth of AI has greatly improved how we can generate ideas and write. Different AI tools can help us brainstorm, change sentences, complete thoughts, and even code. One big area where AI can make a big difference is in summarizing documents, which is what we focus on here.

Our method turns the summarization process into an Interactive experience. Instead of just creating fixed summaries, writers can make changes and enhance the drafts as they see fit. This means they can produce summaries that fit their unique styles, moving away from traditional methods that might not work for everyone.

The Editing Process

The main part of our method includes two models. One creates the first draft of the summary, while the other assists the writer in refining it by providing suggestions. We have built upon an existing summarization model to improve its ability to generate relevant and meaningful suggestions as the user edits.

Through thorough testing, we have shown that our method performs better regarding clarity, Coherence, and fit for different contexts. The main idea is to create an easy way for writers to interact with AI, making the summary writing process more lively and effective.

Previous Work

Many researchers have looked into how to make summary writing easier for people. Some methods allow users to generate new summaries based on what they want to know better. Others focus on allowing users to select parts of summaries they find relevant. Some systems let users rank different summary options to find the best one.

Our approach is different because it gives users the ability to specify what they want or lets the AI offer various options automatically.

The Fill-In-the-Middle Model

The center of our approach is a Fill-In-the-Middle (FIM) model, which helps provide options for parts of the summary that users want to change. The model takes in a document, a part of the summary before the area to be changed, and what comes after it. The model’s job is to fill in the middle section while ensuring it connects smoothly with the surrounding text and still carries the key information.

Training the Model

To teach the model, we use existing summarization data to identify different parts of the summary. We divide the summary into three sections: the beginning, the middle, and the end. We feed different combinations of these sections into the model to help it learn how to produce better summaries.

Handling All Edits

People might want to edit summaries not just in the middle but also at the start or end. Our initial tests showed that if the model only learned to make changes in the middle, it struggled with edits at the beginning or end. Therefore, we also train the model to handle those scenarios effectively.

Evaluation Metrics

We assess the FIM model based on three key aspects:

  1. Salience: Does the summary capture the main points of the document?
  2. Coherence: Does the summary flow well with the rest of the text?
  3. Flexibility: Can the model accommodate changes in any part of the summary?

We use specific evaluation tools to measure these aspects.

Results

Our testing showed that different variations of the model can achieve better results regarding clarity and relevance. In comparison, traditional summarization models did not perform as well, especially when it came to handling specific edits.

Human Evaluation

To see if our method really helps writers, we asked human testers to edit summaries using our system and without it. We collected data on editing time and quality of the final summary. The results indicated that using our interactive method saved time and led to better summaries.

Conclusion

In conclusion, we have presented a new method for summarizing that allows writers to interactively edit and refine their text. This method not only supports the use of AI to generate coherent suggestions but also lets human creativity shine through. Our testing shows that this approach can greatly improve editing efficiency and the quality of the final summaries.

We believe that this method can significantly improve the way people create summaries, leading to better results across various applications and inspiring more research in interactive AI tools.

Human Annotation Guidelines

To ensure that summaries are created effectively, we provide detailed instructions for human annotators. These guidelines include how to evaluate the quality of summaries, focusing on clarity, conciseness, and relevance to the original document.

Experiment Design and Instructions

The experiment consists of two main parts. In the first part, we compare results from the interactive method and traditional methods. In the second part, we assess the annotations to determine if there were improvements.

Stage 1: Contrast Experiment

In this stage, we provide two groups: one group uses the interactive method while the other does not. We keep track of how long it takes to complete summaries and the quality of the summaries.

Stage 2: Evaluation of Collected Summaries

In the following stage, each annotator assesses different summaries based on a rating system and answers questions about their quality.

This structured process ensures we gather reliable data to support our claims about the effectiveness of our method.

By following these guidelines, we expect to consistently achieve high-quality summaries that accurately reflect the information found in the original documents.

We hope that this innovative approach will pave the way for advancements in the field of summarization and beyond.

Original Source

Title: Interactive Editing for Text Summarization

Abstract: Summarizing lengthy documents is a common and essential task in our daily lives. Although recent advancements in neural summarization models can assist in crafting general-purpose summaries, human writers often have specific requirements that call for a more customized approach. To address this need, we introduce REVISE (Refinement and Editing via Iterative Summarization Enhancement), an innovative framework designed to facilitate iterative editing and refinement of draft summaries by human writers. Within our framework, writers can effortlessly modify unsatisfactory segments at any location or length and provide optional starting phrases -- our system will generate coherent alternatives that seamlessly integrate with the existing summary. At its core, REVISE incorporates a modified fill-in-the-middle model with the encoder-decoder architecture while developing novel evaluation metrics tailored for the summarization task. In essence, our framework empowers users to create high-quality, personalized summaries by effectively harnessing both human expertise and AI capabilities, ultimately transforming the summarization process into a truly collaborative and adaptive experience.

Authors: Yujia Xie, Xun Wang, Si-Qing Chen, Wayne Xiong, Pengcheng He

Last Update: 2023-06-05 00:00:00

Language: English

Source URL: https://arxiv.org/abs/2306.03067

Source PDF: https://arxiv.org/pdf/2306.03067

Licence: https://creativecommons.org/licenses/by/4.0/

Changes: This summary was created with assistance from AI and may have inaccuracies. For accurate information, please refer to the original source documents linked here.

Thank you to arxiv for use of its open access interoperability.

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