Ryo Meguro

Papers

Total Citations

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About

Ryo Meguro is a researcher in haptic interfaces, with a focus on encountered-type haptic devices that enhance virtual object interaction. His most-cited work, "FrictionHaptics: Encountered-Type Haptic Device for Tangential Friction Emulation" (2019), introduces a novel system that uses a rotating sphere attached to a 3DOF robot arm to simulate tangential friction when users touch virtual objects. This design offers two key advantages: it delivers realistic friction sensations without requiring users to wear or hold any equipment, and it enables seamless transitions between free-space movement and tactile feedback. Though early in his career, with 3 citations on this paper, Meguro’s contribution addresses a critical gap in haptics—emulating surface properties like friction in virtual environments—which has implications for VR training, teleoperation, and interactive simulations. His work exemplifies how encountered-type haptics can make digital interactions more tangible, paving the way for more immersive and physically intuitive virtual experiences.