Vision-Language-Action Navigation
A universal end-to-end navigation framework that enables aerial and ground robots to navigate using vision and natural language instructions.

A universal end-to-end navigation framework that enables aerial and ground robots to navigate using vision and natural language instructions.
Vision-based autonomous navigation for resource-constrained nano drones.
Deep reinforcement learning for bio-inspired quadruped locomotion.
End-to-end design and development of a custom bio-inspired quadruped robotic platform.
Autonomous robotic excavation system for tunnel construction using perception, manipulation, and mobile robotics.
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