Latest Articles for Independent Sets

A look into the properties and challenges of well-covered graphs.

Examining key concepts of independent sets and hitting sets across various graphs.

Learn how matroids help analyze relationships and independence in various contexts.

Explore how chromatic numbers behave in dense random graphs and their implications.

Exploring the relationship between chambers and independent sets in geometry using Kneser graphs.

This article examines chambers, vector spaces, and the Erdős-Ko-Rado problem in combinatorics.

A look into independent sets and their significance in graph theory.

An overview of online matroid embeddings and their applications in decision-making.

Learn about pinnacle sets and their significance in graph theory.

An overview of matroids and their significance in mathematics.

Understanding matroids, their types, and challenges in intersection problems.

Learn how to switch independent transversals in graphs through small changes.

An overview of graph colouring concepts, particularly focusing on Kneser graphs and Stahl's conjecture.

Exploring the challenges of rearranging tokens in graphs.

An overview of chromatic and cochromatic numbers in graph theory.

Discovering methods to optimize binary matroids through effective algorithm design.

Channel allocation strategies for improving performance in Wi-Fi networks.

A study of polynomials associated with edge ideals and their implications in graph properties.

New methods inspired by nature help approximate hard problems in computing.

Exploring the intricate relationship between hypergraphs, Ramsey numbers, and combinatorial structures.

Discover the fundamental concepts and applications of matroids in mathematics.

This article explores independent sets in trees and hypertrees, including patterns and properties.

A look at independence numbers in unique graph structures.

A look into weak independent sets and their algorithms in hypergraphs.

Explore how token arrangements on graphs can transform through specific rules.

Examining the Hall ratio and fractional chromatic number in graph theory.

Discover how matroids shape problem-solving in optimization and computer science.

Discover how forcing numbers reveal stability in graphs and structures.

A look into MWIS and its real-world applications.

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

New methods enhance our grasp of independent sets in hypergraphs.