Graph-Theoretic Concepts in Computer Science: 33rd International Workshop, WG 2007, Dornburg, Germany, June 21-23, 2007. Revised Papers

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The 33rd International Conference “Workshop on Graph-Theoretic Concepts in Computer Science” (WG 2007) took place in the Conference Center in old castleinDornburgnearJena,Germany,June21–23,2007.Theapproximately80 participants came from various countries all over the world, among them Brazil, Canada, the Czech Republic, France, UK, Greece, Hungary, Italy, Japan, The Netherlands, Norway, Sweden, Taiwan, and the USA. WG 2007 continued the series of 32 previous WG conferences. Since 1975, the WG conference has taken place 20 times in Germany, four times in The Netherlands, twice in Austria as well as once in Italy, Slovakia, Switzerland, the Czech Republic, France and in Norway. The WG conference traditionally aims at uniting theory and practice by demonstrating how graph-theoretic concepts can be applied to various areas in computer science, or by extracting new problems from applications. The goal is to present recent researchresults and to identify and exploredirections of future research. Thecontinuinginterestinthe WGconferenceswasre?ectedin thehighn- ber of submissions; 99 papers were submitted and in an evaluation process with four reports per submission, 30 papers were accepted by the Program Comm- tee for the conference. Due to the high number of submissions and the limited schedule of 3 days, various good papers could not be accepted. There were invited talks by Ming-Yang Kao (Evanston, Illinois) on algori- mic DNA assembly, and by Klaus Jansen (Kiel, Germany) on approximation algorithms for geometric intersection graphs.

Author(s): Petr Golovach, Jan Kratochvíl (auth.), Andreas Brandstädt, Dieter Kratsch, Haiko Müller (eds.)
Series: Lecture Notes in Computer Science 4769 : Theoretical Computer Science and General Issues
Edition: 1
Publisher: Springer-Verlag Berlin Heidelberg
Year: 2007

Language: English
Pages: 344
Tags: Algorithm Analysis and Problem Complexity; Discrete Mathematics in Computer Science; Numeric Computing; Data Structures; Computer Graphics; Algorithms

Front Matter....Pages -
Computational Complexity of Generalized Domination: A Complete Dichotomy for Chordal Graphs....Pages 1-11
Recognizing Bipartite Tolerance Graphs in Linear Time....Pages 12-20
Graph Searching in a Crime Wave....Pages 21-32
Monotonicity of Non-deterministic Graph Searching....Pages 33-44
Tree-Width and Optimization in Bounded Degree Graphs....Pages 45-54
On Restrictions of Balanced 2-Interval Graphs....Pages 55-65
Graph Operations Characterizing Rank-Width and Balanced Graph Expressions....Pages 66-75
The Clique-Width of Tree-Power and Leaf-Power Graphs....Pages 76-85
NLC-2 Graph Recognition and Isomorphism....Pages 86-98
A Characterisation of the Minimal Triangulations of Permutation Graphs....Pages 99-108
The 3-Steiner Root Problem....Pages 109-120
On Finding Graph Clusterings with Maximum Modularity....Pages 121-132
On Minimum Area Planar Upward Drawings of Directed Trees and Other Families of Directed Acyclic Graphs....Pages 133-144
A Very Practical Algorithm for the Two-Paths Problem in 3-Connected Planar Graphs....Pages 145-150
Approximation Algorithms for Geometric Intersection Graphs....Pages 151-153
An Equivalent Version of the Caccetta-Häggkvist Conjecture in an Online Load Balancing Problem....Pages 154-165
Mixing 3-Colourings in Bipartite Graphs....Pages 166-177
Minimum-Weight Cycle Covers and Their Approximability....Pages 178-189
On the Number of α -Orientations....Pages 190-201
Complexity and Approximation Results for the Connected Vertex Cover Problem....Pages 202-213
Segmenting Strings Homogeneously Via Trees....Pages 214-225
Characterisations and Linear-Time Recognition of Probe Cographs....Pages 226-237
Recognition of Polygon-Circle Graphs and Graphs of Interval Filaments Is NP-Complete....Pages 238-247
Proper Helly Circular-Arc Graphs....Pages 248-257
Pathwidth of Circular-Arc Graphs....Pages 258-269
Characterization and Recognition of Digraphs of Bounded Kelly-width....Pages 270-279
How to Use Planarity Efficiently: New Tree-Decomposition Based Algorithms....Pages 280-291
Obtaining a Planar Graph by Vertex Deletion....Pages 292-303
Mixed Search Number and Linear-Width of Interval and Split Graphs....Pages 304-315
Lower Bounds for Three Algorithms for the Transversal Hypergraph Generation....Pages 316-327
The Complexity of Bottleneck Labeled Graph Problems....Pages 328-340
Back Matter....Pages -