Back to Results
First PageMeta Content
Theoretical computer science / Humanoid robot / Cognitive robotics / Polyhedron / Robot / STRIPS / Shakey the robot / Collision detection / Robotics / Artificial intelligence / Motion planning


Robot Task and Motion Planning with Sets of Convex Polyhedra Andre Gaschler∗ , Ronald P. A. Petrick† , Torsten Kr¨oger‡ , Oussama Khatib‡ , Alois Knoll∗ ∗ fortiss † School
Add to Reading List

Document Date: 2015-05-26 14:10:44


Open Document

File Size: 1,96 MB

Share Result on Facebook

City

Sampling / /

Company

SRI International / Real-World Systems / Artificial Intelligence Laboratory / Multimodal Embodied Social Systems / DomainIndependent Planning Systems / /

/

Facility

Stanford University / University of Edinburgh / /

IndustryTerm

beverage containers / early robotic systems / semantic-web reasoning / approximate algorithm / beverage container / motion planning systems / precise algorithm / /

Organization

University of Edinburgh / Stanford University / European Union / /

Person

Maria Pateraki / Ibrahim Awwal / Volkan Patoglu / John Schulman / Giovambattista Ianni / Ronald P. A. Petrick / Tansel Uras / Dirk Kraft / Kris Hauser / Elmer G Gilbert / Hans Tompits / Thomas Eiter / Mary Ellen Foster / Alois Knoll / Norbert Kr¨uger / Daniel W Johnson / Henry Bradlow / Torsten Kr¨oger / Amy Isard / Manuel Giuliani / Andre Gaschler / Esra Erdem / Boris Baginski / Patrick G Xavier / Quirin Fischer / Roman Schindlauer / Pieter Abbeel / Can Palaz / Oussama Khatib / Mark Steedman / Kadir Haspalamutgil / /

Position

knowledge-level planner / symbolic planner / PKS planner / general-purpose PKS planner / belief space planner / planner / general purpose PKS planner / /

PublishedMedium

The International Journal / /

SportsLeague

Stanford University / /

Technology

artificial intelligence / approximate algorithm / Image Processing / /

URL

http /

SocialTag