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Large Language Models Know Your Contextual Search Intent: A Prompting Framework for Conversational Search

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arxiv 2303.06573 v2 pith:UU4KK72D submitted 2023-03-12 cs.IR

Large Language Models Know Your Contextual Search Intent: A Prompting Framework for Conversational Search

classification cs.IR
keywords searchconversationalframeworkintentcontextualllmsmethodsprompting
verification ladder T0 review T1 audit T2 compute T3 formal T4 reserved
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Precisely understanding users' contextual search intent has been an important challenge for conversational search. As conversational search sessions are much more diverse and long-tailed, existing methods trained on limited data still show unsatisfactory effectiveness and robustness to handle real conversational search scenarios. Recently, large language models (LLMs) have demonstrated amazing capabilities for text generation and conversation understanding. In this work, we present a simple yet effective prompting framework, called LLM4CS, to leverage LLMs as a text-based search intent interpreter to help conversational search. Under this framework, we explore three prompting methods to generate multiple query rewrites and hypothetical responses, and propose to aggregate them into an integrated representation that can robustly represent the user's real contextual search intent. Extensive automatic evaluations and human evaluations on three widely used conversational search benchmarks, including CAsT-19, CAsT-20, and CAsT-21, demonstrate the remarkable performance of our simple LLM4CS framework compared with existing methods and even using human rewrites. Our findings provide important evidence to better understand and leverage LLMs for conversational search.

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  1. Improving Ad-hoc Search Effectiveness for Conversational Information Retrieval via Model Merging

    cs.IR 2026-07 accept novelty 6.0

    Linear and spherical interpolation of ANCE and QRACDR parameters yields a single dense retriever that recovers ad-hoc effectiveness while retaining conversational skill and improving zero-shot generalization.