Latest Articles for Graph Theory

Discover how regularity lemmas simplify complex structures in mathematics.

Discover the quest to maximize connections in unit-distance graphs.

A new method improves data adaptation between different sources.

THESAURUS improves graph clustering by using semantic prototypes and structure.

Discover how random graphs shape our understanding of connections and rigidity.

Discover how information spreads through networks using graph burning techniques.

A guide to random connections in complex spaces using simple concepts.

Discover the fascinating structures of rooted arborescences and covering graphs.

Discover the fascinating world of crossing numbers in graph theory.

A deep dive into dynamic graphs and algorithms for managing sets.

Discover how random walks work in graphs and their real-life applications.

A look into the fascinating structures of q-matroids and their properties.

TLWalk enhances graph embedding by focusing on community structures efficiently.

Learn how to organize graph connections using stacks, queues, and thick patterns.

Discover the fascinating world of graph rigidity and its implications.

Explore the relationships between structures through growth bijections and their fascinating applications.

A look at graded Frobenius algebras and their mathematical connections.

Explore how weighted graphs reflect relationships and behaviors in mathematics.

Learn how mathematicians tackle patterns in graphs effectively.

Discover the fascinating world of mathematical crystals and their role in Lie algebras.

A new tool clarifies how graph neural networks make predictions.

Discover the intriguing Rainbow Arborescence Conjecture in graph theory.

New methods improve Graph Neural Networks for better insights.

New methods enhance our grasp of independent sets in hypergraphs.

Discover the complexities and applications of sparse induced subgraphs in graph theory.

Researchers use variational algorithms to enhance Hamiltonian optimization in quantum computing.

Discover the complexities of optimizing travel routes through fascinating principles and case studies.

Discover the fascinating world of hypergraphs and their role in complex problem-solving.

Discover the challenge of Ramsey numbers in coloring and connections.

Explore the fascinating world of games shaped by time and strategy.

Learn how limited information aids in node classification using semi-supervised learning.

A deep dive into the sparsest cut problem and its significance in various fields.

Discover when Graph Attention Networks shine and when simpler methods prevail.

Discover the fascinating world of link theory and its key concepts.

Explore how DG-Gen transforms dynamic graph generation and analysis.

Discover how graphs connect and the implications of the Chen-Raspaud conjecture.

Learn how to connect people effectively without overspending.

Multi-view Fuzzy Graph Attention Networks improve understanding of complex data relationships.

Alice and Bob face off in a challenging coloring game.

Discover how edge filtration enhances graph neural networks for better data representation.