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A multi-modal approach for identifying schizophrenia using cross-modal attention (2309.15136v3)
Published 26 Sep 2023 in eess.SP, cs.MM, cs.SD, eess.AS, and eess.IV
Abstract: This study focuses on how different modalities of human communication can be used to distinguish between healthy controls and subjects with schizophrenia who exhibit strong positive symptoms. We developed a multi-modal schizophrenia classification system using audio, video, and text. Facial action units and vocal tract variables were extracted as low-level features from video and audio respectively, which were then used to compute high-level coordination features that served as the inputs to the audio and video modalities. Context-independent text embeddings extracted from transcriptions of speech were used as the input for the text modality. The multi-modal system is developed by fusing a segment-to-session-level classifier for video and audio modalities with a text model based on a Hierarchical Attention Network (HAN) with cross-modal attention. The proposed multi-modal system outperforms the previous state-of-the-art multi-modal system by 8.53% in the weighted average F1 score.
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- Gowtham Premananth (6 papers)
- Yashish M. Siriwardena (12 papers)
- Philip Resnik (20 papers)
- Carol Espy-Wilson (34 papers)