Cubic graphs – those regular graphs in which every vertex has degree three – remain a fertile area of research in both combinatorics and theoretical computer science. These graphs are not only central ...

The census of small connected cubic vertex-transitive graphs is a joint project by Primož Potočnik, Pablo Spiga, and Gabriel Verret, where they computer all cubic, vertex transitive graphs on n ...

A cubic graph is produced when you have an equation of the form \(y = ax^3 + bx^2 + cx + d\), where \(b\), \(c\) and \(d\) can be zero but \(a\) cannot be zero. Cubic graphs are curved but can have ...

ABSTRACT: Let be a connected Cayley graph of group G, then Γ is called normal if the right regular representation of G is a normal subgroup of , the full automorphism group of Γ. For the case where G ...

A quadratic graph is produced when you have an equation of the form \(y = ax^2 + bx + c\), where \(b\) and \(c\) can be zero but \(a\) cannot be zero. All quadratic graphs have a line of symmetry.

Why cann't we Plot the Mutiple Digital signals (1s & 0s) one below the other in a signle graph instead of creating mutiple graphs? Below is the sample graph in which mutiple signals are plotted in a ...

Abstract: To meet the demand for dynamic and highly reliable real-time fault diagnosis for complex systems, we extend the dynamic uncertain causality graph (DUCG) by proposing novel temporal causality ...

Abstract: We solve an open question posed by Akers and Krishnamurthy in 1986 concerning VLSI layout of star graphs. We show that the area of the optimal layout of an N-node star graph, hierarchical ...