Paul S. Bonsma Coauthor index DBLP Vis pubzone.org

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18Electronic Edition pubzone.org CiteSeerX Google scholar BibTeX bibliographical record in XMLPaul S. Bonsma, Felix Breuer: Finding Fullerene Patches in Polynomial Time CoRR abs/0907.2627: (2009)
2008
17Electronic Edition pubzone.org CiteSeerX Google scholar BibTeX bibliographical record in XMLPaul S. Bonsma, Frederic Dorn: Tight Bounds and a Fast FPT Algorithm for Directed Max-Leaf Spanning Tree. ESA 2008: 222-233
16Electronic Edition pubzone.org CiteSeerX Google scholar BibTeX bibliographical record in XMLPaul S. Bonsma, Florian Zickfeld: Spanning Trees with Many Leaves in Graphs without Diamonds and Blossoms. LATIN 2008: 531-543
15Electronic Edition pubzone.org CiteSeerX Google scholar BibTeX bibliographical record in XMLPaul S. Bonsma, Florian Zickfeld: A 3/2-Approximation Algorithm for Finding Spanning Trees with Many Leaves in Cubic Graphs. WG 2008: 66-77
14Electronic Edition pubzone.org CiteSeerX Google scholar BibTeX bibliographical record in XMLPaul S. Bonsma, Frederic Dorn: Tight Bounds and Faster Algorithms for Directed Max-Leaf Problems CoRR abs/0804.2032: (2008)
13Electronic Edition pubzone.org CiteSeerX Google scholar BibTeX bibliographical record in XMLPaul S. Bonsma, Felix Breuer: Finding Fullerene Patches in Polynomial Time I: Counting Hexagonal Patches CoRR abs/0808.3881: (2008)
12Electronic Edition pubzone.org CiteSeerX Google scholar BibTeX bibliographical record in XMLPaul S. Bonsma: Spanning Trees with Many Leaves in Graphs With Minimum Degree Three. SIAM J. Discrete Math. 22(3): 920-937 (2008)
2007
11no EE pubzone.org CiteSeerX Google scholar BibTeX bibliographical record in XMLPaul S. Bonsma: Most balanced minimum cuts and partially ordered knapsack. CTW 2007: 17-21
10Electronic Edition pubzone.org CiteSeerX Google scholar BibTeX bibliographical record in XMLPaul S. Bonsma, Luis Cereceda: Finding Paths Between Graph Colourings: PSPACE-Completeness and Superpolynomial Distances. MFCS 2007: 738-749
9Electronic Edition pubzone.org CiteSeerX Google scholar BibTeX bibliographical record in XMLPaul S. Bonsma, Frederic Dorn: An FPT Algorithm for Directed Spanning k-Leaf CoRR abs/0711.4052: (2007)
8Electronic Edition pubzone.org CiteSeerX Google scholar BibTeX bibliographical record in XMLPaul S. Bonsma: Linear time algorithms for finding sparsest cuts in various graph classes. Electronic Notes in Discrete Mathematics 28: 265-272 (2007)
7Electronic Edition pubzone.org CiteSeerX Google scholar BibTeX bibliographical record in XMLPaul S. Bonsma, Luis Cereceda, Jan van den Heuvel, Matthew Johnson: Finding Paths between Graph Colourings: Computational Complexity and Possible Distances. Electronic Notes in Discrete Mathematics 29: 463-469 (2007)
2006
6Electronic Edition pubzone.org CiteSeerX Google scholar BibTeX bibliographical record in XMLPaul S. Bonsma, Thomas Epping, Winfried Hochstättler: Complexity results on restricted instances of a paint shop problem for words. Discrete Applied Mathematics 154(9): 1335-1343 (2006)
2004
5Electronic Edition pubzone.org CiteSeerX Google scholar BibTeX bibliographical record in XMLPaul S. Bonsma: Sparsest cuts and concurrent flows in product graphs. Discrete Applied Mathematics 136(2-3): 173-182 (2004)
2003
4Electronic Edition pubzone.org CiteSeerX Google scholar BibTeX bibliographical record in XMLPaul S. Bonsma, Tobias Brüggemann, Gerhard J. Woeginger: A Faster FPT Algorithm for Finding Spanning Trees with Many Leaves. MFCS 2003: 259-268
3Electronic Edition pubzone.org CiteSeerX Google scholar BibTeX bibliographical record in XMLPaul S. Bonsma: The Complexity of the Matching-Cut Problem for Planar Graphs and Other Graph Classes. WG 2003: 93-105
2Electronic Edition pubzone.org CiteSeerX Google scholar BibTeX bibliographical record in XMLPaul S. Bonsma: The Complexity of the Matching-cut Problem for Various Graph Classes. Electronic Notes in Discrete Mathematics 13: 18-21 (2003)
2002
1Electronic Edition pubzone.org CiteSeerX Google scholar BibTeX bibliographical record in XMLPaul S. Bonsma, Nicola Ueffing, Lutz Volkmann: Edge-cuts leaving components of order at least three. Discrete Mathematics 256(1-2): 431-439 (2002)

Coauthor Index

1Felix Breuer [13] [18]
2Tobias Brüggemann [4]
3Luis Cereceda [7] [10]
4Frederic Dorn [9] [14] [17]
5Thomas Epping [6]
6Jan van den Heuvel [7]
7Winfried Hochstättler [6]
8Matt Johnson (Matthew Johnson) [7]
9Nicola Ueffing [1]
10Lutz Volkmann [1]
11Gerhard J. Woeginger [4]
12Florian Zickfeld [15] [16]

Colors in the list of coauthors

Copyright © Sat Nov 28 20:06:51 2009 by Michael Ley (ley@uni-trier.de)