Yong Gan

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About

Yong Gan is a robotics researcher specializing in the motion control and system architecture of underwater robots. His work focuses on developing robust control systems for autonomous underwater vehicles (AUVs), particularly those without traditional rudders and wings. Gan’s key contributions include designing nonlinear controllers that account for longitudinal velocity effects and coupling dynamics, with stability verified using Lyapunov functions. He also pioneered semi-physical motion simulation systems that combine hardware-in-the-loop control with virtual sensory and executive layers, enabling more reliable verification of software logic, hardware interfaces, and system robustness. While his most-cited paper—"Motion Control System Architecture of Underwater Robot" (2006)—has garnered 8 citations, his cumulative work has laid foundational groundwork for compact, maneuverable underwater platforms. Gan’s research addresses critical challenges in thruster allocation, thrust reduction, and multi-layer system integration, making his contributions valuable for engineers developing next-generation underwater robots for exploration, inspection, and defense applications. His focus on practical, verifiable control architectures continues to influence the field of marine robotics.