Ramanuj Kumar

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About

Dr. Ramanuj Kumar is a robotics researcher specializing in intelligent motion planning and autonomous navigation for wheeled mobile robots, with a particular focus on differential-drive platforms. His most significant contribution is the development of a Type-2 Fuzzy Controller (T2FC) for motion planning of the Pioneer P3-DX robot, implemented within the V-REP simulation environment. This work, published in 2020 and garnering 8 citations, demonstrates an advanced approach to handling uncertainty in robot trajectory generation, offering a robust alternative to traditional fuzzy logic systems. Dr. Kumar’s research bridges the gap between theoretical control algorithms and practical simulation-based validation, providing a valuable framework for researchers working on autonomous ground vehicles. More recently, he has expanded into service robotics with the design of a belt-brush type cleaning robot capable of handling both wet and dry surfaces, integrated with a hot air drier system. This innovation highlights his commitment to solving real-world domestic and industrial cleaning challenges. Dr. Kumar’s work is particularly relevant for students and researchers exploring fuzzy control, mobile robot navigation, and the application of simulation tools in robotics development.