arXiv:2611.04645v1 Announce Type: cross
Abstract: Facilitative Interpersonal Skills (FIS) is a performance-based assessment method that provides a structured framework for evaluating the interpersonal competencies of mental health professionals. However, existing FIS assessment relies heavily on human observer ratings, making the evaluation process labor-intensive, costly, and difficult to scale. Progress toward automated FIS assessment has also been constrained by the lack of publicly available professional data in psychotherapy settings. To address this limitation, we introduce Therapy-FIS, a dataset for automated FIS assessment in standardized psychotherapy tasks. To our knowledge, Therapy-FIS is the first publicly available dataset in this domain. It contains facial, acoustic, and textual signals derived from standardized therapist responses to standardized mock patient stimulus clips, based on 890 therapist video recordings and 8 patient videos, and is rated with eight FIS subscale ratings and an overall FIS score. Built on Therapy-FIS, we further establish a benchmark with two downstream tasks: Therapist Performance Rating and Joint Therapist--mock-Patient Performance Rating. We also introduce a competitive baseline, DyadicFIS, with gated fusion and routed readout under therapist-only and dyadic settings. DyadicFIS obtains the best macro CCC(Concordance Correlation Coefficient) scores on both tasks (0.2807 and 0.3299). Therapy-FIS offers a reproducible resource for data-driven automated assessment of therapeutic interpersonal skills in mental health.
arxiv
Therapy-FIS: First Public Dataset for Automated Assessment of Therapist Interpersonal Skills
Therapy-FIS is a new dataset for automated assessment of Facilitative Interpersonal Skills (FIS) in psychotherapy, containing facial, acoustic, and textual signals from 890 therapist recordings and 8 patient videos. It includes eight FIS subscale ratings and an overall score, and supports two benchmark tasks: Therapist Performance Rating and Joint Therapist–mock-Patient Performance Rating. The authors also introduce a baseline model, DyadicFIS, which achieves best macro CCC scores of 0.2807 and 0.3299 on the two tasks.
This is the first publicly available dataset for automated FIS assessment, addressing a critical data scarcity and enabling reproducible research in mental health AI.
Comments & Questions (0)
No comments yet
Be the first to comment!