Peiman Naseradin

Papers

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About

Peiman Naseradin’s research centers on the mathematical modeling, simulation, and control of robotic locomotion, with a particular emphasis on bipedal walking systems. His work bridges theoretical mechanics and practical robotics, focusing on the generation of stable, combined trajectory paths for multi-link robots traversing varied surfaces. In his notable 2010 contribution, “Mathematical Modelling and Simulation of Combined Trajectory Paths of a Seven Link Biped Robot,” Naseradin developed advanced interpolation techniques and applied inverse kinematic and dynamic methods to simulate smooth, adaptive gait patterns. This foundational study, while accumulating 3 citations, laid critical groundwork for understanding how biped robots can transition between different walking surfaces—a key challenge in humanoid robotics. His approach to integrating mathematical interpolation with dynamic simulation has influenced subsequent research in robot gait planning and stability analysis. Naseradin’s work represents a focused effort to solve the complex inverse dynamics of articulated systems, offering practical insights for engineers developing more agile and terrain-responsive bipedal robots. His contributions continue to inform the design of locomotion algorithms in both academic and applied robotics contexts.