We describe the architecture, algorithms, and
experiments with Herb, an autonomous mobile manipulator that
performs useful manipulation tasks in the home. We present new
algorithms for searching for objects, learning to navigate in
cluttered dynamic indoor scenes, recognizing and registering objects
accurately in high clutter using vision, manipulating doors and other
constrained objects using caging grasps, grasp planning and execution
in clutter, and manipulation on pose and torque constraint manifolds.
We also present rigorous real-world test results from the integration
of these algorithms into a single mobile manipulator.
@article{srinivasa2009herb,
title={HERB: A Home Exploring Robotic Butler},
author={Srinivasa, S. and Ferguson, D. and Helfrich, C. and Berenson, D. and Collet, A. and Diankov, R.
and Gallagher, G. and Hollinger, G. and Kuffner, J. and VandeWeghe, M.},
booktitle={Autonomous Robots},
year={2009},
note={doi:10.1007/s10514-009-9160-9}
}