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Motion planning / Theoretical computer science / Holonomic / Kinematics / Static single assignment form / Classical mechanics / Mathematics / Physics


Efficient Navigation for Anyshape Holonomic Mobile Robots in Dynamic Environments Marija Ðakulovi´c* Christoph Sprunk‡
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Document Date: 2013-10-22 13:18:12


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File Size: 1,60 MB

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Company

CDW / Intel / /

Country

Germany / Croatia / /

Facility

Kluwer Academic Pub / University of Freiburg / University of Zagreb / /

IndustryTerm

high dimensional search / rapidly-exploring random tree search / graph search / motion planning algorithms / affine systems / industrial applications / proper processing / motion planning algorithm / search technique / path networks / search starts / graph search algorithm / search strategy / search path costs / incremental search techniques / wavefront algorithm / convergent dynamic window algorithm / transportation tasks / search time tsrc / search space / proposed motion planning algorithm / motion execution algorithms / feasible solutions / control law / /

Organization

Department of Control and Computer Engineering / Department of Computer / European Commission / University of Zagreb / U.S. Securities and Exchange Commission / Faculty of Electrical Engineering and Computing / University of Freiburg / /

Person

Ivan Petrovi / /

Position

closed-loop controller / controller / widespread representative / /

Technology

Orientation Interval Graph The graph search algorithm / proposed motion planning algorithm / convergent dynamic window algorithm / RRT-based motion planning algorithms / 3-d / motion execution algorithms / RHC algorithm / motion planning algorithm / SIMULATION / wavefront algorithm / D* algorithm / /

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