Graph-Theoretic Concepts in Computer Science

On Dispersable Book Embeddings.- Characterising AT-free Graphs with BFS.- Edge Partitions of Optimal 2-plane and 3-plane Graphs.- On Minimum Connecting Transition Sets in Graphs.- Recognizing Hyperelliptic Graphs in Polynomial Time.- On Directed Feedback Vertex Set Parameterized by Treewidth.- Optimality Program in Segment and String Graphs.- Anagram-Free Chromatic Number is Not Pathwidth-Bounded.- Tight Lower Bounds for the Number of st-Cuts.- Sub-exponential-Time and FPT Algorithms for Embedded Flat Clustered Planarity.- Computing Small Pivot-Minors.- Saving Probe Bits by Cube Domination.- Graph Amalgamation under Logical Constraints.- Optimal General Matchings.- Quasimonotone Graphs.- Equiangular Polygon Contact Representations.- Temporal Graph Classes: A View Through Temporal Separators.- Covering A Graph with Nontrivial Vertex-disjoint Paths: Existence and Optimization.- On the Relation of Strong Triadic Closure and Cluster Deletion.- On Perfect Linegraph Squares.- On Weak Isomorphism of Rooted Vertex-Colored Graphs.- Connected Vertex Cover for (sP_1+P_5)-Free Graphs.- Structurally Parameterized d-Scattered Set.- Popular Matchings of Desired Size.- Convexity-Increasing Morphs of Planar Graphs.- Treedepth Bounds in Linear Colorings.- An Improved FPT lgorithm for Independent Feedback Vertex Set.- Construction and Local Routing for Angle-Monotone Graphs.- Characterization and Recognition of Tree 3-Spanner dmissible Directed Path Graphs of Diameter Three.