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About

Mehmet Ismet is a robotics researcher whose work centers on teleoperation, humanoid robotics, and fault-tolerant mobile systems. His major contributions include advancing force-reflecting teleoperation systems, particularly by analyzing the effects of time delays on stability and performance—a critical challenge in remote robot control. His 2004 and 2006 papers on this topic, each garnering 8 citations, explore wave variable methods and real-time simulations to improve master-slave system reliability. Ismet also led the development of Cerberus, a humanoid robot designed to replicate human motion and decision-making, with related publications in 2005 and 2014 (4 citations each). Additionally, he designed a fault-tolerant holonomic mobile platform for teleoperation test-beds, emphasizing robustness in slave systems. While his citation counts are modest, his work addresses foundational issues in teleoperation and humanoid design, offering practical insights for students and researchers interested in robotics control, time-delay compensation, and mobile platform resilience. Ismet’s research bridges theoretical modeling with hands-on system development, making it valuable for those exploring real-world robotic applications.