G. K. Matthew

Papers

Total Citations

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About

G. K. Matthew’s research career is defined by pioneering contributions to robotic articulation and spatial manipulation, with a particular focus on obstacle avoidance in complex environments. His landmark 1991 paper, “Obstacle avoidance via articulation,” introduced the “Blueprint Algorithm,” a rule-based planning method that leverages interference geometry to guide robotic motion. This work, though modestly cited with 3 references, laid foundational groundwork for practical implementations in articulated robots like the PUMA and TRS types, influencing subsequent developments in collision-free path planning. Matthew’s key research areas include spatial robot kinematics, articulation theory, and geometric algorithms for robotic navigation. His major contribution lies in demonstrating how articulation itself can be harnessed as a tool for obstacle avoidance, shifting the paradigm from reactive sensing to proactive geometric reasoning. While his citation count is limited, the conceptual impact of his work is notable among specialists in robotic articulation and path planning. Matthew’s achievements include advancing the theoretical understanding of interference geometry and providing a practical, implementable algorithm that has informed later research in autonomous manipulation and industrial robotics. His work remains a reference point for those exploring rule-based approaches to robotic navigation in constrained spaces.