Assistant professor at Yale University researching active sensing and active learning for robotics systems.
Robotic systems with the ability to independently gather information needed for solving arbitrary tasks are critical for interacting in uncertain and unstructured environments. My group researches these robotics systems through algorithmic developments that tightly integrate theory and applied research, enabling robots to optimally learn, explore, and dynamically interact with the environment and other robots. Our work spans a wide range of problems in optimal control, exploration, sample-efficient learning, reactive and hybrid control, optimization, locomotion, and multi-agent systems. Ultimately, the goal of my research is to enhance robotic systems to be self-sufficient and adaptive in unstructured environments, leveraging collaboration with other robots with minimal human intervention.
Assistant professor at Yale University researching active sensing and active learning for robotics systems.
Robotic systems with the ability to independently gather information needed for solving arbitrary tasks are critical for interacting in uncertain and unstructured environments. My group researches these robotics systems through algorithmic developments that tightly integrate theory and applied research, enabling robots to optimally learn, explore, and dynamically interact with the environment and other robots. Our work spans a wide range of problems in optimal control, exploration, sample-efficient learning, reactive and hybrid control, optimization, locomotion, and multi-agent systems. Ultimately, the goal of my research is to enhance robotic systems to be self-sufficient and adaptive in unstructured environments, leveraging collaboration with other robots with minimal human intervention.
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New Haven
new haven
United States