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Path shortening and smoothing of grid-based path planning with consideration of obstacles

Masatomo Kanehara, Satoshi Kagami, James Kuffner, Simon Thompson, Hiroshi Mizoguhi

Year
2007
Citations
28

Abstract

This paper describes a path smoothing method that results in paths with clothoidal curvature and which includes a safety margin from obstacles. The method modifies grid based A* results, and tries to push the given path away from obstacles. A technique to take into account the initial direction of robot is also shown.

Keywords

SmoothingPath (computing)GridMotion planningComputer scienceMargin (machine learning)CurvatureAny-angle path planningMathematical optimizationRobot

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