Latest Articles for Graph Theory

This article explores complex causal frameworks combining classical and quantum theories.

Study of particle dynamics influenced by interconnected neighbors and sparse interactions.

Exploring complex seating arrangements for participants in meetings and conferences.

An overview of subgraph connectivity and sensitivity oracles in dynamic graphs.

New algorithms improve maximum weight independent set solutions in sparse graphs.

Explore the links between graph theory, walking distances, and physics concepts.

This paper discusses enhancing pre-trained models in the graph domain using SUPT.

A look into how MVP parking functions reorder car parking based on preferences.

Exploring the relationship between shapes and connectivity in higher-dimensional structures.

This article discusses improving circuit polynomial computations using 2-splits in rigidity circuits.

A look into efficient approaches for the challenging Steiner Forest problem.

An overview of techniques to solve the cable-trench problem in graph theory.

A look into how infections spread on networks and their implications.

A concise overview of edge ideals in algebra and their significance in graph theory.

Exploring the relationship of Sidorenko hypergraphs and random Turán numbers in combinatorics.

Exploring weak degeneracy's impact on graph coloring and properties.

Introducing ACGCL: a new approach for better graph representation learning.

A new method enhances efficiency in graph-based approximate nearest neighbor search.

Study investigates how LLMs recall graphs compared to human memory.

Research highlights new methods for efficient sampling in complex distributions.

Examining the properties of harmonic functions on planar graphs and their implications.

A look into the differences between ABC and ABS graph indices.

A look into polymatroids and their significance across various mathematical fields.

An overview of graph coloring, distance coloring, and their complexities.

A new approach improves predictions in biological pathway analysis.

This article delves into the concept of clique transversals and their significance in graph theory.

Research on labeling schemes improves network reliability against failures.

Exploring the relationship between cores, partitions, and root systems in combinatorial math.

A guide to scheduling robots efficiently in chemistry labs.

Learn how extractive summarization simplifies complex knowledge graphs.

This research examines the conditions for loose Hamilton cycles in random hypergraphs.

A look into the structure and properties of lattices through digraphs.

A new approach improves predictions for diverse graph structures using PM-FGW.

Exploring flexible clustering methods for level graphs with new planarity definitions.

A look into the properties and implications of connected matchings.

BuffGraph improves classification for less common classes in imbalanced graph data.

Hyperedge Augmentation enhances GNNs by capturing complex relationships in data.

Exploring methods to enhance machine learning in dynamic graph environments.

Exploring the properties and applications of bounded lecture-hall tableaux in combinatorics.

A method for finding the shortest path while considering road faults.