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TimToShape: Supporting Practice of Musical Instruments by Visualizing Timbre with 2D Shapes based on Crossmodal Correspondences

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Effect of Visual Feedback on Understanding Timbre with Shapes Based on Crossmodal Correspondences

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Yutaro HIRAO, Ph.D. Student, Doctor of Engineering, The University of Tokyo, Bunkyō-ku, Todai, Graduate School of Information Science and Technology

PDF] Enriched Multimodal Representations of Music Performances: Online Access and Visualization

Crossmodal Correspondence Between Auditory Timbre and Visual Shape in: Multisensory Research Volume 35 Issue 3 (2022)

MTO 22.1: Heidemann, Describing Vocal Timbre

Crossmodal Correspondence Between Auditory Timbre and Visual Shape in: Multisensory Research Volume 35 Issue 3 (2022)

TimToShape: Supporting Practice of Musical Instruments by Visualizing Timbre with 2D Shapes based on Crossmodal Correspondences

TimToShape: Supporting Practice of Musical Instruments by Visualizing Timbre with 2D Shapes based on Crossmodal Correspondences

TimToShape: Supporting Practice of Musical Instruments by Visualizing Timbre with 2D Shapes based on Crossmodal Correspondences

Learning metrics on spectrotemporal modulations reveals the perception of musical instrument timbre

The Visual Representation of Timbre, Organised Sound

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TimToShape: Supporting Practice of Musical Instruments by Visualizing Timbre with 2D Shapes based on Crossmodal Correspondences