Bio-inspired Robots: Natural fliers with shape-morphing characteristics can perform highly efficient, quiet, and highly maneuverable flights, inspiring research in developing bio-inspired flying robots with shape-morphing capacities.
Mobile Robots: By virtue of the state-of-the-art deep learning technique, legged qudrupd robots are capable of autonomously navigating in complex environments.
Applied Machine Learning: Robotic arms powered by cutting-edge machine learning algorithm are smart to detect the contact information with different soft objects, leading to improvement in human-machine interactions.
Oceanic Robots: Autonomous Underwater Vehicles (AUVs) are significant to support Canada's oil spill response capability, and control of such AUVs in the ocean is extremely important.
Bio-inspired Robots: Natural fliers with shape-morphing characteristics can perform highly efficient, quiet, and highly maneuverable flights, inspiring research in developing bio-inspired flying robots with shape-morphing capacities.
