T N Speranskikh

Papers

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About

T N Speranskikh is a researcher in robotics and industrial automation, focusing on the precision and dynamic control of multi-degree-of-freedom robotic systems. Their key contributions center on the mathematical modeling of industrial robots, particularly those with six degrees of freedom, to enhance positioning accuracy and operational reliability. In their most cited work, "Development of the Mathematical Model of Movement of the Output Robot Rotating on the Basis of Positioning Possibility Analysis" (2018), Speranskikh developed a comprehensive model that integrates the inverse kinematics problem, the forward dynamics problem, and the positioning problem. This model enables more precise analysis of how a robot's output link moves during rotation, directly addressing challenges in accuracy for manufacturing and assembly tasks. While their citation count is modest at 3 for this paper, the work represents a foundational step in improving robotic precision, with potential applications in high-stakes industrial environments. Speranskikh’s research is particularly valuable for students and engineers seeking to understand the interplay between kinematics, dynamics, and control in robotic systems, offering a rigorous framework for future advancements in automation technology.