Papers
76
Total Citations
1,200
H-Index
18
About
Anthony Tzes is a prolific robotics and control systems researcher whose work spans decades of innovation, from foundational contributions in flexible structure control to cutting-edge autonomous systems. His early landmark paper on adaptive input shaping for vibration suppression in slewing flexible structures (1993, 220 citations) established him as a leading voice in feedforward control design, with direct applications to flexible-link robotic manipulators — a contribution that continues to influence the field. His experimental investigations into frequency-domain control of flexible robots carrying varying payloads further cemented this expertise. Tzes subsequently expanded his research horizon into autonomous aerial and ground robotics, contributing influential work on UAV thrust-vectoring for aerial manipulation, power-tethered UAV-UGV collaborative navigation, and distributed infrastructure inspection path planning — reflecting a sustained commitment to real-world robotic deployment. His research on multi-robot coverage control and swarm coordination in complex environments demonstrates a sophisticated grasp of distributed systems. More recently, his work on differentiable optimization-based Control Barrier Functions (2023, 37 citations) addresses safety-critical autonomy, a pressing frontier in modern robotics. Across surgical robotics, aerial manipulation, and multi-agent systems, Tzes has built a remarkably diverse and impactful body of work that continues to inspire emerging researchers worldwide.
Research Focus
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