Eray Cakiray
Papers
1
Total Citations
53
H-Index
1
About
Eray Cakiray is a distinguished researcher in robotics, with a primary focus on the kinematics and control of serial industrial robot manipulators. His major contributions lie in advancing the application of screw theory—a powerful mathematical framework for describing rigid body motion—to solve complex inverse kinematic problems. In his highly cited 2011 work, "A Comparative Study of Three Inverse Kinematic Methods of Serial Industrial Robot Manipulators in the Screw Theory Framework," Cakiray systematically evaluated three distinct formulation methods, demonstrating how screw theory provides a global, singularity-free approach to robot motion planning. This foundational study, garnering 53 citations, has become a key reference for researchers seeking robust alternatives to traditional local coordinate-based methods. By highlighting the efficacy of screw theory in avoiding singularities and enabling more accurate kinematic descriptions, Cakiray’s work has directly influenced the design and optimization of industrial robot controllers. His research continues to bridge theoretical mechanics and practical robotics, offering engineers and students a rigorous yet accessible pathway to improving manipulator performance in manufacturing and automation settings.
Research Focus
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Top Papers
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