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About

T. T. Hoang is a robotics researcher whose work spans autonomous mobile robot systems, localization, navigation, and Internet-based robotic control. With a body of research developed primarily throughout the 2010s, Hoang has made meaningful contributions to the design and implementation of intelligent robotic platforms capable of operating in real-world, dynamic environments. Among Hoang's most recognized contributions is the development of a novel Internet-based mobile robot platform utilizing 3G connectivity and a client-server architecture, which garnered 15 citations and helped lay groundwork for remotely operated robotic systems. Complementing this, Hoang advanced robot localization through an Extended Kalman Filter (EKF)-based algorithm integrating compass sensors and laser range finders, cited 14 times, demonstrating a strong commitment to perceptual accuracy in mobile robotics. Hoang's navigation research introduced the innovative 3D-to-2D Image Pressure and Barriers Detection (IPaBD) algorithm for obstacle avoidance, while later work explored trajectory tracking using neural networks and torque-based control methods. Stabilization control leveraging Lyapunov functions and real-time Internet communication protocols further reflects the breadth of Hoang's technical expertise. Collectively accumulating over 57 citations, Hoang's research offers practical and theoretically grounded solutions for autonomous and remotely controlled robotic systems.