activity
20052026
most citedA Note on Odd Colorings of 1-Planar Graphs

22 citations · 92 across the 73 of their papers we have counts for

collaborators

91 papers

math.CO2026

Separating Path Systems of Size at most

Daniel W. Cranston, Jared Noyman, Gexin Yu

A family of paths in a graph strongly separates the edges of if for every ordered pair of distinct edges some path in the family contains and avoids ; the mi…

math.CO2026

Reconfiguration of Nowhere-zero Flows

Daniel W. Cranston, Jiaao Li, Bo Su +2

Fix an abelian group , a graph , and nowhere-zero -flows and on . Now and are \emph{-flow-adjacent} if there exists a cycle in such tha…

math.CO2026

Orientations of -Edge-Connected Planar Multigraphs and Applications

Daniel W. Cranston, Jiaao Li, Bo Su +2

A graph is called strongly -connected if for each boundary function with , there exists an orientatio…

math.CO2026

Disjoint Correspondence Colorings for -Minor-free Graphs

Wouter Cames van Batenburg, Daniel W. Cranston, František Kardoš

Thomassen famously proved that every planar graph is 5-choosable. We explore variants of this result, focusing on finding disjoint correspondence colorings, in the more general cla…

math.CO2025

Progress on Albertson's Conjecture

Daniel W. Cranston

Albertson conjectured that every graph with chromatic number has crossing number at least the crossing number of the complete graph . This conjecture was proved for $r\le…

math.CO2025

Equitably Coloring Planar and Outerplanar Graphs

Daniel W. Cranston, Reem Mahmoud

A proper -coloring of an -vertex graph is \emph{equitable} if every color class has size or . A necessary condition to have an equita…