Raymond Hanus

Papers

Total Citations

197

H-Index

About

Raymond Hanus is a pioneering figure in robotics, best known for his foundational work in kinematic calibration and adaptive control of robotic manipulators. His most influential contribution, the 1991 paper "Kinematic calibration and geometrical parameter identification for robots," has garnered 193 citations, establishing a maximum-likelihood approach for identifying geometrical errors in robot systems. Hanus introduced an innovative experimental setup for measuring end-reflector position errors, significantly improving the accuracy and reliability of robotic calibration—a critical advancement for precision manufacturing and automation. Beyond calibration, Hanus explored adaptive control strategies, including the computed torque method and pole-placement with predictive action, as seen in his 1986 works. These contributions, though less cited, laid early groundwork for robust manipulator control in dynamic environments. Hanus’s research bridges theoretical rigor and practical implementation, making him a key reference for engineers and researchers working on robot accuracy, system identification, and adaptive control. His work continues to inform modern robotics, particularly in applications requiring high-precision motion and error compensation.