proof explanation - What is κ(G) and κ′(G) and δ(G) for graph G? - Mathematics Stack Exchange
connectedness - Find a graph such that $\kappa(G) < \lambda(G) < \delta(G)$ - Mathematics Stack Exchange
A bifurcate quasi-unimodal caterpillar | Download Scientific Diagram
Vertex Connectivity is Less than or Equal to Minimum Degree | Graph Theory Exercises - YouTube
Beta distribution - Wikipedia
The numerically simulated SSTS Tss of the driven cavity versus the... | Download Scientific Diagram
On the cop number of graphs of high girth - Bradshaw - 2023 - Journal of Graph Theory - Wiley Online Library
Entropy | May 2022 - Browse Articles
First Betti number of the path homology of random directed graphs | SpringerLink
ell $$ -Connectivity, Integrity, Tenacity, Toughness and Eigenvalues of Graphs | SpringerLink
Graph Theory - Connectivity
The Energy of Random Graphs | SpringerLink
Perfect graph theorem - Wikipedia
Exploiting symmetry in network analysis | Communications Physics
Graph Theory and Small-World Networks | SpringerLink
matching theory - Given an arbitrary vertex connectivity $\kappa$, is there a graph that satisfies $\kappa(G) > \alpha'(G)$？ - Mathematics Stack Exchange
connectedness - Find a graph such that $\kappa(G) < \lambda(G) < \delta(G)$ - Mathematics Stack Exchange
Topological nature of the liquid–liquid phase transition in tetrahedral liquids | Nature Physics
An anomalous topological phase transition in spatial random graphs | Communications Physics
Paths, Cycles, and Connectivity | SpringerLink
Unfolding the multiscale structure of networks with dynamical Ollivier-Ricci curvature | Nature Communications
Solved 2. Find \( \kappa(G), \lambda(G), \delta(G) \), and | Chegg.com
Massive Graph Analytics (Chapman & Hall/CRC Data Science Series): Bader, David A.: 9780367464127: Amazon.com: Books
An example of the selection process in the proof of Lemma 10 | Download Scientific Diagram
Amazon.com: Graph Partitioning and Graph Clustering (Contemporary Mathematics): 9780821890387: David A. Bader, David A. Bader, Henning Meyerhenke, Peter Sanders, Dorothea Wagner: Books
