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Current Projects
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Golem Krang
Development of a Wheeled Humanoid Robot to study whole-body planning
and control.
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Golem Hubo
Whole-body bipedal huanoid to study locomotion and manipulation.
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Navigation Among Movable Obstacles (NAMO)
Autonomous robots that move obstacles out of their way. Now including
perception, planning and action.
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Motion Grammar
Language-based approach to perception and control that provably
guarantees task execution.
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Ach: Inter-Process Communication
Ach is our efficient channel-based IPC with provable guarantees on
performance.
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Learning and Planning Task-Level Motion
Optimization strategies for acquiring and achieving table-top
tasks.
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Whole-Body Dynamic Motion
Optimization with feedback linearization generates emergent
whole-body navigation behaviors.
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Whole-Body Manipulation of Environment Objects
Analytical and experimental study of pushing manipulation using
internal forces and mechanical advantage.
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Other Projects
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Paths to Trajectories
Generating optimized trajectories that closely follow kinematic
paths.
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CONAN: Contact Anticipator
Human motion anticipation and response through game-theoretic
multi-step planning.
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Mixed Palletizing
Optimized Planning with industrial applications to product
distribution.
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