Roberto Ranon

Papers

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About

Roberto Ranon is a leading researcher in multimodal interaction and virtual instrument design, with a focus on multisensory feedback systems that bridge auditory, visual, and haptic modalities. His most cited work, "Multisensory Plucked Instrument Modeling in Unity3D: From Keytar to Accurate String Prototyping" (2020, 7 citations), introduces the Keytar—a groundbreaking plucked guitar simulation that integrates Unity3D with a Phantom Omni robotic arm to deliver real-time tactile, visual, and audio feedback. This project exemplifies his commitment to advancing human-computer interaction by creating immersive, physically responsive virtual environments. Ranon’s contributions extend beyond instrument prototyping, as his research informs the development of accessible and expressive digital tools for musicians, educators, and VR/AR applications. By combining rigorous engineering with user-centered design, he has established a foundation for realistic haptic rendering in virtual music systems. His work continues to inspire innovations in multimodal simulation, making him a notable figure in the intersection of computer science, acoustics, and interactive art.