J. Coyle-Byrne

Papers

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About

J. Coyle-Byrne is a researcher in robotics and control systems, with a primary focus on adaptive and real-time control strategies for industrial manipulators. Their most cited work, "Real-time zone-adaptive control of SCARA-type robot arm" (2002), introduces a piecewise-linear control approach for two-degree-of-freedom robotic arms operating under variable-load and variable-path conditions. By modeling each axis as a separate single-input, single-output (SISO) system with a single nonlinear parameter—inertia—Coyle-Byrne demonstrated how zone-adaptive control can improve performance and stability in real-time applications. Though their citation count is modest (5 citations for this key paper), the work contributes to foundational methods in adaptive robotics, particularly in handling dynamic uncertainties without requiring complex nonlinear models. This research is especially relevant for students and engineers working on cost-effective, real-time control solutions for SCARA robots in manufacturing and assembly tasks. Coyle-Byrne’s approach highlights the practical value of simplifying nonlinear dynamics to achieve robust, computationally efficient control.