Expertprompting: Instructing Large Language Models To Be Distinguished Experts

Xu Benfeng, Yang An, Lin Junyang, Wang Quan, Zhou Chang, Zhang Yongdong, Mao Zhendong. Arxiv 2023

[Paper] [Code]    
Agentic GPT Has Code In Context Learning Model Architecture Prompting Reinforcement Learning

The answering quality of an aligned large language model (LLM) can be drastically improved if treated with proper crafting of prompts. In this paper, we propose ExpertPrompting to elicit the potential of LLMs to answer as distinguished experts. We first utilize In-Context Learning to automatically synthesize detailed and customized descriptions of the expert identity for each specific instruction, and then ask LLMs to provide answer conditioned on such agent background. Based on this augmented prompting strategy, we produce a new set of instruction-following data using GPT-3.5, and train a competitive open-source chat assistant called ExpertLLaMA. We employ GPT4-based evaluation to show that 1) the expert data is of significantly higher quality than vanilla answers, and 2) ExpertLLaMA outperforms existing open-source opponents and achieves 96% of the original ChatGPT’s capability. All data and the ExpertLLaMA model will be made publicly available at \url{https://github.com/OFA-Sys/ExpertLLaMA}.

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