Latest Articles for Network Design

Effective designs for dependable and affordable infrastructure networks.

Explore Hamming graphs and their significance in math and research.

New cellular designs enhance connectivity for drones and ground users.

New findings dispute long-held beliefs about edge-disjoint connectors in graphs.

Exploring uniquely distinguishing colorable graphs and their real-world applications.

A look into random embeddings and their impact on hypergraphs.

Perpetual RISs harvest energy, enabling sustainable and efficient future communication networks.

Explore the fundamentals and uses of bipartite distance-regularized graphs.

An overview of Neumaier Cayley graphs and their significance in mathematics.

A look at new approaches for solving the Dominating Set problem in graphs.

An overview of finding the shortest paths in graph theory with a focus on odd paths.

This article explores properties and construction methods of shift graphs.

A closer look at independent transversals and graph coloring techniques.

Exploring tools and methods for analyzing systems influenced by time and parameters.

This study investigates cycles that connect all vertices using diagonals in graph structures.

A study on upward point-set embeddings in directed graphs with special focus on bends.

New estimates shed light on Ramsey numbers and graph coloring.

A look at algorithms for maintaining minimum cuts in changing graphs.

This article explores how cut-rank influences graph transformations and their applications.

An overview of the Tutte polynomial and its application to greedoids.

An overview of graph types, properties, and their importance in various fields.

Exploring the lessons from Physarum polycephalum for modern network optimization.

Explore eccentricity and girth in graphs, especially in trees and Cartesian products.

Exploring the properties and applications of directional segment graphs in mathematics.

Investigating soldier positioning strategies across various graph types.

Methods to efficiently manage network paths after connection failures.

This approach enhances efficiency in matroid optimization using quick but imprecise oracles.

Discover how succinct data structures optimize chordal graphs for various applications.

A look into tree structures and their effective compression methods.

Effective strategies for power control in advanced wireless communication systems.

A look at methods to improve network robustness affordably.

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

Explore how sedentary vertices impact information flow in networks.

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

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

An overview of spanners, Steiner points, and their significance in various applications.

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

A look into the properties and implications of connected matchings.

A new method for routing colored points effectively without crossings.

Curvature reveals insights into graph behavior and structures.