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Turing-RL: A Reinforcement Learning Approach for Training User Simulators Using Turing Test Rewards

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[Submitted on 17 Jun 2026]

2h ago· 2 min readenInsight

Summary

This paper introduces Turing-RL, a novel reinforcement learning approach for training user simulator models that can mimic human users in interactive settings. Unlike existing methods that train LLMs to match a single ground truth response using log probability or similarity rewards, Turing-RL uses a discriminative Turing reward with an LLM judge to score how indistinguishable a generated response is from a real user's response. The approach was tested across conversational chat and Reddit forum discussion domains, consistently outperforming baseline methods on both LLM and human evaluation metrics. The study suggests that optimizing for indistinguishability rather than direct response matching is more effective for learning user simulators.

Source

bskyTuring-RL: A Reinforcement Learning Approach for Training User Simulators Using Turing Test Rewardsarxiv.org

Key quotes

· 4 pulled
We instead propose {Turing-RL}: a Turing-Test-based reinforcement learning approach for training user simulator models.
{Turing-RL} uses a discriminative Turing reward with an LLM judge to score how indistinguishable a generated response is from the real user's given the user's history.
Across two different domains--conversational chat and Reddit forum discussion--we find that {Turing-RL} consistently outperforms baseline methods on both LLM and human evaluation metrics.
Our study suggests that optimizing for indistinguishability, rather than response matching, is effective for learning user simulators.
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Learning to simulate human users in interactive settings could advance the training of agent assistants, evaluation of personalization systems, research in the social sciences, and more. Existing approaches generally do so by training a large language mod

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