It is found that standard benchmarks do not adequately capture the strengths of the dataset, but expert judgment shows that SQPsych makes LLMs significantly better at therapist roleplaying.
Abstract
Large Language Models (LLMs) are promising tools for synthetic data generation in mental health. However, privacy policies and restrictions forced previous work to rely mainly on generic information. We present a comprehensive corpus of synthetic therapist-client conversations generated through LLMs. We construct our generation pipeline, SQPsych (Structured Questionnaire-based Psychotherapy), which uses real structured client profiles and psychological questionnaires without leaking any sensitive data. We fine-tune various open-weight LLMs on our generated corpus, SQPsychConv , and test them through both automatic benchmarks and human evaluation with trained psychotherapists. We find that standard benchmarks do not adequately capture the strengths of our dataset, but expert judgment shows that SQPsych makes LLMs significantly better at therapist roleplaying. Experts also consistently prefer therapy sessions generated by our models compared to other mental-health-oriented LLMs. We release our code, fine-tuned models SQPsychLLM, and corpora at https://ai-mh.github.io/SQPsych.html.
RelationalDialogues is introduced, a novel, fully synthetic dataset of 12,849 multi-turn dialogues designed to explicitly train perspective-taking, demonstrating that training on highly contextualized, metadata-driven synthetic data is an effective method for advancing LLMs from displaying superficial sympathy to engag...
Neema Owji, Cameron Buckner· UF Journal of Undergraduate...· 0 citations
An de-identified corpus of 33 cognitive assessment conversations with 8,250 utterances annotated for three speaker roles and 56 dialogue acts is presented, showing that broad conversational intent is easier to recognize than fine-grained communicative function.
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A clinician-support framework in which post-session interviewer ratings are combined with automatic language-based predictions to estimate patient-reported interaction quality in free clinical interviews is evaluated, suggesting that automatic language analysis and interviewer judgment capture complementary aspects of...
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