Includes bibliographical references and index.

Annotation The papers presented were carefully reviewed and selected from 94 initial submissions. They feature original results on all aspects of graph-theoretic concepts in computer science such as structural graph theory, graph grammars and graph rewriting systems.

Print version record.

Invited Talks -- Algorithmic Barriers from Phase Transitions in Graphs -- Algorithmic Graph Minors and Bidimensionality -- Regular Talks -- Complexity Results for the Spanning Tree Congestion Problem -- max-cut and Containment Relations in Graphs -- The Longest Path Problem is Polynomial on Cocomparability Graphs -- Colorings with Few Colors: Counting, Enumeration and Combinatorial Bounds -- On Stable Matchings and Flows -- Narrowing Down the Gap on the Complexity of Coloring P k -Free Graphs -- Computing the Cutwidth of Bipartite Permutation Graphs in Linear Time -- Solving Capacitated Dominating Set by Using Covering by Subsets and Maximum Matching -- Efficient Algorithms for Eulerian Extension -- On the Small Cycle Transversal of Planar Graphs -- Milling a Graph with Turn Costs: A Parameterized Complexity Perspective -- Graphs that Admit Right Angle Crossing Drawings -- Kernelization Hardness of Connectivity Problems in d-Degenerate Graphs -- On the Boolean-Width of a Graph: Structure and Applications -- Generalized Graph Clustering: Recognizing (p, q)-Cluster Graphs -- Colouring Vertices of Triangle-Free Graphs -- A Quartic Kernel for Pathwidth-One Vertex Deletion -- Network Exploration by Silent and Oblivious Robots -- Uniform Sampling of Digraphs with a Fixed Degree Sequence -- Measuring Indifference: Unit Interval Vertex Deletion -- Parameterized Complexity of the Arc-Preserving Subsequence Problem -- From Path Graphs to Directed Path Graphs -- Connections between Theta-Graphs, Delaunay Triangulations, and Orthogonal Surfaces -- Efficient Broadcasting in Random Power Law Networks -- Graphs with Large Obstacle Numbers -- The Complexity of Vertex Coloring Problems in Uniform Hypergraphs with High Degree -- The Number of Bits Needed to Represent a Unit Disk Graph -- Lattices and Maximum Flow Algorithms in Planar Graphs.