Latest Articles for Graph Theory

GraphGPT processes graphs efficiently, outpacing traditional models in various applications.

A new model enhances GNN understanding of node similarities using transitivity.

Introducing SAR-GNN: A new method for effective graph classification.

Exploring minimal rigid graphs and their role in geometry and algebra.

A novel algorithm improves pathfinding efficiency in networks with failures.

This article examines the difficulties in enumerating inclusion-wise minimal separators in graph theory.

This study reduces the number of labels needed for distance labeling in cycles.

Learn about edge coloring and its significance in graph theory.

A look into weak degeneracy and its role in graph coloring.

A novel approach provides clear explanations for graph classifications.

A new system improves GNN performance on large graph datasets.

An overview of Spanning Bipartite Block Designs and their importance in research.

Study reveals backdoor attack risks in GNN link prediction tasks.

This study investigates cycles that connect all vertices using diagonals in graph structures.

This paper explores how to manipulate graph states using local operations.

This article examines Young diagrams, their properties, and the role of the Plancherel measure.

A new method to efficiently update PageRank scores in changing graphs.

A study on upward point-set embeddings in directed graphs with special focus on bends.

A method to improve understanding and security of Graph Neural Networks.

New estimates shed light on Ramsey numbers and graph coloring.

New quantum algorithm promises faster solutions for complex graph problems.

This article examines the role of stress-linked pairs in graph rigidity.

A look into toroidal maps and hypermaps in mathematics.

A new GPU-based method for finding maximal bicliques in large graphs.

A new method to represent flows using cell complexes.

Study the dynamics of flows in signed graphs and their significance.

A look at how isogeny graphs reveal relationships in elliptic curves.

Research extends the applications of matroids and polynomials in complex graph structures.

Exploring subgroup membership in virtually free groups using graph theory and algorithms.

Learn how controllability backbone aids in managing networked agents effectively.

This article discusses new findings in the Merlin-Arthur communication model and its applications.

Learn how colimits and zig-zags connect different categories in a simple way.

Exploring the boundaries of choiceless computation with hypercubes and preorders.

An overview of polynomials' behavior and their relationship with Julia sets.

This method enhances our understanding of network communities through Edge Random Walk Centrality.

Exploring strategies in the Cops and Robbers game with 1-planar graphs.

This study examines ear anonymity and its implications for directed graphs.

Examining the link between finite state automorphisms and regular rooted trees in group theory.

Explore how hidden orders in mathematics reveal deeper connections.

A look at algorithms for maintaining minimum cuts in changing graphs.