Development of quantitative emotion-sensibility evaluation model of non-face-to-face environment users and commercialization of interactive digital content application

Physiological-signal, emotion and engagement estimation from video, speech and text.

Human-Centered AI

2023-04-01 – 2025-12-31 · Completed

Institute of Information & Communications Technology Planning & Evaluation (IITP)

Research

  • Combined temporal, frequency and spatial rPPG features, including CSP spatial features, for physiological-signal estimation.
  • Used speech–text contrastive learning for conversational emotion recognition.
  • Contributed gaze-based engagement and full-body anomaly models to joint LucyCare kiosk demonstrations.

Results

Joint development results reported in the 2026 final evaluation.

Task Evaluation result
Heart rate from facial video MAE 2.53 bpm
HRV from facial video MAE 24.58 ms
Speech–text emotion recognition 85.9% accuracy · IEMOCAP/MELD model evaluation
Engagement prediction 70.4% · project evaluation criteria
Full-body anomaly detection 76.0% accuracy · project evaluation criteria

Speech–text emotion accuracy increased from 83.8% in year two to 85.9% in year three, a gain of 2.1 percentage points.