Core Concepts
LONGAGENT scales LLMs to handle long texts exceeding 100k tokens through multi-agent collaboration, offering a promising alternative for long-text processing.
Abstract
The content introduces LONGAGENT, a method based on multi-agent collaboration to scale LLMs to process long texts. It addresses challenges of extending context windows and presents experimental results showcasing its effectiveness in various tasks.
Structure:
Abstract:
Challenges of LLMs with long context windows.
Introduction of LONGAGENT method based on multi-agent collaboration.
Experimental results indicating the effectiveness of LONGAGENT.
Introduction:
Advancements in large language models like GPT-4 and LLaMA.
Challenges faced by LLMs with extended context windows.
Method Overview:
Description of LONGAGENT's approach for handling long texts.
Steps involved in the collaborative reasoning process.
Results and Discussion:
Comparison of LONGAGENT with commercial models and academic methods.
Analysis of model hallucinations and efficiency advantages.
Related Works:
Overview of existing methods for handling longer sequences and multi-agent systems based on LLMs.
Conclusions:
Summary of LONGAGENT's capabilities in processing long texts effectively.
Stats
"In this paper, we propose LONGAGENT, a method based on multi-agent collaboration, which scales LLMs (e.g., LLaMA) to a context of 128K."
"Our experimental results indicate that LONGAGENT offers a promising alternative for long-text processing."
"The agent team instantiated with LLaMA-7B achieves significant improvements in tasks such as 128k-long text retrieval, multi-hop question answering, compared to GPT-4."