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Eulerian path / Graph / Multigraph / Matching / Degree / Tree / Travelling salesman problem / Shortest path problem / Vertex / Graph theory / Mathematics / Theoretical computer science


Approximating Graphic TSP by Matchings∗ Tobias M¨omke and Ola Svensson Royal Institute of Technology - KTH, Stockholm, Sweden {moemke,osven}@kth.se April 15, 2011
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Document Date: 2011-04-15 11:31:50


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Facility

Ola Svensson Royal Institute of Technology / /

IndustryTerm

extreme point solution / circulation network / r-approximation algorithm / depth-first search tree / approximation algorithm / feasible solution / polynomial time approximation algorithm / polynomial time algorithm / depth-first search / flow network / certain circulation network / depth-first-search tree / search tree / r-approximate solution / improved approximation algorithm / /

Organization

Institute of Technology / OP TLP / /

Person

Ola Svensson / /

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Position

investigator / General / salesman / /

ProgrammingLanguage

TSP / /

Technology

1.5-approximation algorithm / proposed algorithm / polynomial time algorithm / 7/5-approximation algorithm / approximation algorithm / 5 Improved Approximation Algorithms / improved approximation algorithm / polynomial time 4/3-approximation algorithm / 1.586-approximation algorithm / polynomial time approximation algorithm / r-approximation algorithm / 1.461-approximation algorithm / /

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