Claude Cadoz

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About

Claude Cadoz is a pioneering figure in computer music and human-computer interaction, best known for his foundational work in physical modeling synthesis and haptic feedback. His research centers on the intersection of sound synthesis, gesture control, and instrumental interaction, where he has developed groundbreaking theories and tools for creating virtual musical instruments that respond to touch and force. Cadoz is the creator of the CORDIS-ANIMA system, a physical modeling platform that simulates the behavior of mechanical objects in real time, enabling realistic sound production through virtual mass-spring networks. His work on force-feedback interaction, exemplified in studies like "Force-feedback interaction with a neural oscillator model for shared human-robot control of a virtual percussion instrument," explores how haptic feedback can enhance human-robot collaboration in musical performance. Though his most-cited paper has modest citation counts, Cadoz’s broader influence is profound: his concepts underpin modern haptic music interfaces and have shaped the field of computer music since the 1980s. A professor emeritus at Grenoble INP and co-founder of the ACROE research lab, he has received international recognition for his contributions to gesture-based sound control and physical modeling synthesis.