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W. Szyszkowski is a researcher whose work bridges the fields of robotics, optimal control, and agricultural automation. His primary contributions lie in the trajectory planning and time-optimal control of robotic manipulators, with a particular focus on two-link rigid systems. Szyszkowski’s most cited work, “Trajectory Planning and Speed Control for a Two-Link Rigid Manipulator” (2002, 11 citations), addresses the challenge of industrial manipulators handling varying payloads. He further advanced the field by applying Pontryagin’s minimum principle to solve time-optimal nonlinear control problems for double-arm robots, as detailed in his 2002 paper (11 citations). His parametric study on improving time-optimal maneuvers (2000, 10 citations) provides key insights into the interplay between control and structural design. Notably, Szyszkowski also ventured into agricultural robotics, using 3D finite element analysis to model soil-tool interaction (2015, 4 citations), aiming to predict power requirements for farming robots. His combined approach to trajectory planning and adaptive control (1998, 6 citations) demonstrates a systematic methodology for both off-line path planning and on-line tracking. With a career spanning from fundamental manipulator dynamics to applied agricultural robotics, Szyszkowski’s work offers valuable contributions to efficient robotic motion and automation.