Physics-Aware Manipulation for Deformable Objects
We present a novel approach to robotic manipulation of deformable objects, utilizing physics-based...
Try specific terms like 'kinematics', 'motion planning', or 'topology'.
Research into the fundamental algorithms governing robotic perception, control, and learning.
4 entries
Rigorous mathematical frameworks underpinning motion planning, algorithmic control, and computational geometry.
Unifying sensing and actuation through asymptotically optimal algorithms designed for dynamic, unstructured environments.
Bridging the gap between simulation and reality with robust, physically consistent models for autonomous manipulation.
We present a novel approach to robotic manipulation of deformable objects, utilizing physics-based...
An analysis of advanced kinodynamic planning for NASA's SUPERball tensegrity rover and legible...
Technical analysis of Rutgers APC RGB-D datasets, Bayesian wireless localization, and BO-SLAM...
Explore the foundational methodologies of algorithmic robotics, including Denavit-Hartenberg...