Thummaros Rugthum
Papers
7
Total Citations
47
H-Index
4
About
Thummaros Rugthum is a robotics and control systems researcher whose work centers on fault-tolerant control, adaptive algorithms, and robotic manipulator systems. His research has made significant contributions to the development of actuator failure compensation frameworks, addressing one of the most critical challenges in cooperative robotic systems — maintaining reliable performance when mechanical or electrical faults occur under real-world uncertainties. Rugthum's most influential contributions, each accumulating 11 citations, introduced adaptive actuator failure compensation algorithms for cooperative manipulator systems, demonstrating how multiple individual failure compensators could be intelligently integrated to handle uncertain actuator failures without sacrificing system stability. His subsequent work extended these frameworks to account for parameter uncertainties, parallel manipulator configurations, and dynamic controller structures, progressively broadening the applicability of fault-tolerant control across diverse robotic architectures. A particularly notable innovation is his dynamic prediction error-based adaptive control scheme, which introduced a parametrized adaptive predictor to enhance accuracy for manipulators with uncertain parameters — a departure from conventional approaches in the robotics literature. Across his body of work, Rugthum has consistently advanced the theoretical and practical foundations of adaptive control, offering engineering solutions that improve robotic resilience and reliability in environments where actuator failures pose genuine operational risks.
Research Focus
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Top Papers
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