The Robot Intelligence through Perception Lab (RIPL) at TTI-Chicago develops intelligent, perceptually aware robots that are able to work effectively with and alongside people in unstructured environments.
RIPL is directed by Professor Matthew R. Walter. Our research focuses on advanced perception algorithms that endow robots with a rich awareness of their surroundings and the ability to interact safely and naturally with humans. We are particularly interested in algorithms that take as input multi-modal observations of a robot’s surround (e.g., laser range data, image streams, and speech) and infer properties of the objects, places, people, and events that comprise a robot’s environment.
We are looking for talented PhD students who are excited about computer vision, natural language understanding, and machine learning for robotics. If you are interested in joining us, consider applying to TTI-Chicago.
We are also looking to host students who are enthusiastic about robotics as part of TTI-Chicago’s Visiting Student Program, and encourage you to apply.
May 2024 |
Congrats to Takuma Yoneda and Xuefeng Liu for having their paper on interleaving reinforcement and imitation learning accepted as a spotlight at ICLR 2024 |
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April 2024 |
We hosted the 2024 Midwest Robotics Workshop, which brought together 150+ students, postdocs, faculty, and industry researchers from the midwest (broadly interpreted) to network and showcase their work. |
December 2023 |
Congratulations to Han Shao and Lee Cohen on their NeurIPS 2023 paper on preference elicitation for personalized multi-objective decision making. |
July 2023 |
Together with Greg Shakhnarovich and our collaborators at TRI, we are organizing a Workshop on the Frontiers of Monocular 3D Perception: Geometric Foundation Models at ICCV 2023 in Paris. As the third edition of our workshop series, this event focuses on how we might use geometry to learn and apply ``foundation models’’ in the context of 3D perception. |
January 2023 |
Andrea Daniele successfully defended his PhD thesis on ``Accessible Interfaces for the Development and Deployment of Robotic Platforms’’!!! He will be leaving us for |
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