K. Ganesan

Papers

Total Citations

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About

K. Ganesan is a leading researcher in autonomous underwater vehicle (UUV) systems, with a primary focus on pragmatic software architectures for marine robotics. His most cited work, "A pragmatic software architecture for UUVs" (2002), has garnered 13 citations and describes the foundational control architecture deployed on Florida Atlantic University’s Ocean Voyager II and Ocean Explorer series. This architecture integrates a shared memory management system and a robust data logging framework, enabling reliable, real-time autonomy in complex underwater environments. Ganesan’s contributions have directly advanced the operational capabilities of UUVs, providing a scalable and modular software backbone that supports sensor integration, mission planning, and adaptive control. His work is notable for bridging theoretical design with practical deployment, influencing subsequent developments in marine robotics. With a career dedicated to enhancing the intelligence and resilience of autonomous underwater platforms, Ganesan remains a key figure in the field, whose architectural insights continue to inform both academic research and applied engineering in underwater exploration and defense.