Hamed MollaAhamadian

Papers

Total Citations

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About

Hamed MollaAhamadian’s research focuses on advanced control theory, particularly the modeling and stabilization of nonlinear dynamical systems. His most-cited work, “Modeling and control of inverted pendulum based on PWA-FUZZY approach” (2015), addresses the classic inverted pendulum benchmark—a fundamental problem in control theory and robotics. MollaAhamadian introduces a novel method for identifying Piecewise Affine (PWA) models and combines them with fuzzy logic to achieve robust control of this inherently unstable system. This contribution bridges the gap between theoretical PWA identification and practical fuzzy control, offering a systematic approach for handling nonlinearities in real-world applications. With 4 citations, his work serves as a valuable reference for researchers exploring hybrid control strategies. By tackling the inverted pendulum—a cornerstone of control education and robotics—MollaAhamadian’s research provides a foundation for developing more sophisticated controllers for autonomous systems, from balancing robots to advanced stabilization technologies.