Bhushan

Papers

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About

Dr. Bhushan is a robotics researcher whose work focuses on advancing human-robot interaction and energy-efficient robotic systems for critical applications. His key research areas include teleoperation control, human-machine interfaces, and mobile robot energy management. Dr. Bhushan has made notable contributions in developing intuitive control interfaces for serial manipulators, particularly through his work on hybrid IMU and muscle signal-powered teleoperation systems that incorporate passivity adaptation for stable and natural control. This research addresses the growing need for user-friendly HRI in daily life and industrial settings. His most cited paper, "Hybrid IMU/muscle Signals Powered Teleoperation Control of Serial Manipulator Incorporating Passivity Adaptation" (2020), has garnered 4 citations, demonstrating initial impact in the field. Additionally, his work on "Energy Management for Medical Rescue Robot" (2020) tackles the crucial challenge of optimizing power consumption for mobile robots operating under varying payloads and uncertain terrain conditions, directly supporting the deployment of robots in emergency response scenarios. Dr. Bhushan's research bridges the gap between intuitive human control and practical robotic deployment, contributing to safer and more efficient robotic systems for real-world applications.