Latest Articles for Network Design

A look into how domination polynomials analyze graph properties and their applications.

Quantum networks promise faster and more secure communication through advanced technology.

This study explores perfect matchings in Dirac graphs and hypergraphs.

RIS technology simplifies signal management, enhancing wireless communication quality.

Understanding angular spread enhances wireless network design and performance.

Exploring the interactions of graphs and their blowups, focusing on triangle-free structures.

This article explores the concept and applications of weakly leveled planar drawings.

A look into the significance and properties of vertex-girth-regular graphs.

Investigating the edge limits of hypergraphs without bow tie formations.

Exploring the role of high dimensional expanders in mathematics and computer science.

A look into graph matching concepts and their significance.

A deep dive into the cardinality-based minimum cut problem in hypergraphs.

Explore the intriguing world of uniquely colorable hypergraphs and their properties.

Learn how adjacency labeling optimizes graph data storage and analysis.

Investigating how vertex merging impacts graph properties and classifications.

Examining the integration of semantic and bit communication in future networks.

A look into minimum spanning trees and their significance in various fields.

A study linking distinguishing index and Mycielskian graphs in symmetry.

A look into Eulerian graphs and their significance in various fields.

Innovative graph designs enhance robot communication and resilience.

This article focuses on improving cooperation in network design for better outcomes.

This article describes ways to enhance scheduling efficiency in energy grids.

A look at how points connect in space and what we can learn.

Learn how RKO optimizes solutions in various complex problems.

Discover how SANDWICH is changing wireless ray-tracing technology for better connectivity.

Learn how distance sensitivity oracles improve route planning in networks.

A fresh approach to optimize group selection using weighted k-matroid intersections.

A look into maximizing connections in planar graphs while avoiding overlaps.

Discover the fascinating world of Hamiltonian cycles and their significance in n-ary cubes.

Learn how to reconstruct resistor networks with limited measurements effectively.

Discover the role of edge coloring in understanding graphs and relationships.

Discover the fascinating world of maximal planar graphs and their saturation properties.

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

Learn how to quickly adjust shortest path algorithms with minimal effort.

Explore the intriguing nature and applications of 1-planar graphs.

Discover how strong graphs maintain connections in various fields.

A dive into outerplanar graphs and their unique coloring properties.

Discover the fascinating world of Ramanujan graphs and their real-world impact.