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Combinatorial optimization / Connectivity / Graph / Matching / Graph theory / Mathematics / Theoretical computer science


Deformation-based Loop Closure for Large Scale Dense RGB-D SLAM Thomas Whelan1 , Michael Kaess2 , John J. Leonard2 and John McDonald1 Abstract— In this paper we present a system for capturing large scale dense maps in
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Document Date: 2013-07-18 05:27:18


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Kobe / RANSAC / New York / Sydney / Washington / DC / Cambridge / Hamburg / Surrey / /

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Loop / IEEE Intl / Artificial Intelligence Laboratory / National University of Ireland Maynooth Co. / Intelligent Robot Systems / Vertex / Intel / Microsoft / /

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Germany / Japan / United States / Australia / United Kingdom / Ireland / /

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CHOLMOD library / Fast Library / SLAM pipeline / Monash University / Massachusetts Institute of Technology / /

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back-traversal algorithm / online setting / association algorithm / triangulation algorithm / k-nearest neighbour search / deformation algorithms / interface software / 3D reconstruction systems / online operation / /

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Ubuntu / /

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Massachusetts Institute of Technology / Monash University / National University of Ireland Maynooth / Science Foundation Ireland / Irish Research Council / Imd / Ubiquitous Robots and Ambient Intelligence / /

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Guillaume Gales / Richard H. Middleton / /

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mp / threshold mp / /

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R / /

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New York / Arizona / Massachusetts / /

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ACM Transactions on Graphics / Lecture Notes in Computer Science / /

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RAM / association algorithm / deformation algorithms / iterative GaussNewton algorithm / Machine Vision / RANSAC-based 3-point algorithm / GPSlam algorithm / animation / back-traversal algorithm / RGB-D SLAM algorithm / triangulation algorithm / /

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