Latest Articles for Graph Theory

An overview of properties and functions in two-ended graphs.

New method enhances attention learning in graph models using causal reasoning.

A look into down-left graphs and their unique properties.

DEGREE enhances the explainability of Graph Neural Networks, improving transparency.

LERP enhances logical rule learning by incorporating contextual information from knowledge graphs.

A method for testing conductance without centralized data collection.

Exploring toughness concepts in hypergraphs and bipartite graphs for enhanced connectivity.

A look into restricted partition functions and their significance in various fields.

This article examines the complexities of shortest paths in graph associahedra.

Exploring the unique properties of integral Cayley graphs linked to symmetric groups.

A look at Berge graphs, even pairs, and their implications in various fields.

A new model enhances semi-supervised classification in GNNs through optimized node-wise diffusion.

This article examines locally cyclic graphs and their behavior under clique dynamics.

A look into how graph convexity shapes relationships between vertices.

This article explores the significance of highly connected graphs in mathematics.

A new method to improve Graph Neural Networks using framelets and p-Laplacian.

A new approach enhances graph generation by focusing on the order of components.

A look into Roman domination and its impact on graph theory.

A concise overview of Veronese type algebras in algebra and geometry.

A new method to assess Directed Acyclic Graphs against real-world data.

Exploring the properties and construction of minimal asymmetric hypergraphs.

Exploring the relationship between independent and dominating sets in outerplanar graphs.

Examining extreme eigenvalues in random regular graphs and their practical applications.

Discoveries in maniplex theory reveal new structures beyond classic polytopes.

This article examines how nilpotent groups affect graphs and harmonic functions.

This article investigates the presence of wickets in 3-uniform linear hypergraphs.

Exploring acyclic edge coloring and its significance in degenerate graphs.

Discover how token graphs reveal insights into graph properties via eigenvalue analysis.

Explore the significance of cycles in graph structures and their applications.

A study of Busemann points and their significance in group theory.

Exploring the relationships within alt-Tamari lattices and their significance in mathematics.

RAGE improves how graph models explain their predictions effectively.

A new approach enhances GNN training efficiency on large graphs using advanced techniques.

A study on the role of centrality and cyclicality in economic interactions.

A new approach enhances recommendation systems through effective negative sampling techniques.

A study on how particles organize themselves through soft disc potential.

A look at how broadcast systems work in graphs and trees.

A deep dive into polyhedral maps, covering balance, connectivity, and structures.

An exploration of counting unique tree structures in mathematics.

This article discusses quasirandomness in hypergraphs and additive sets, showcasing their connections.