The content discusses the development of CADyFACE, a tool for improving user engagement through customizable avatars with dynamic facial expressions. It introduces BeCoME-Net, a neural network for AU detection and expression classification. The feasibility study involves tasks like recognition and mimicry to evaluate construct validity.
The work aims to address the limitations of existing avatar-based stimuli by proposing CADyFACE labeled with AUs by FACS experts. BeCoME-Net is introduced as a novel approach for multi-label AU detection using deep learning techniques. The study includes an online feasibility test with healthy adult volunteers to assess the effectiveness of CADyFACE and BeCoME-Net in measuring facial expressions.
Key points include the importance of dynamic facial expressions in health applications, the need for accurate rendering of target expressions on avatars, and the significance of construct validity in evaluating behavioral biomarkers. The proposed methods involve avatar customization, FACS-annotated expressions, dynamic animation, and multi-task learning for AU detection and expression classification.
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by Megan A. Wit... klokken arxiv.org 03-13-2024
https://arxiv.org/pdf/2403.07314.pdfDypere Spørsmål