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Counting spanning trees in a complete bipartite graph which contain a given spanning forest [PDF]
In this article, we extend Moon's classic formula for counting spanning trees in complete graphs containing a fixed spanning forest to complete bipartite graphs. Let ( X , Y ) $(X,Y)$ be the bipartition of the complete bipartite graph K m , n ${K}_{m,n}$
F. Dong, Jun Ge
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Quantum state transfer on the complete bipartite graph [PDF]
Previously it was shown that (almost) perfect state transfer can be achieved on the complete bipartite graph by a discrete-time coined quantum walk based algorithm when both the sender and receiver vertices are in the same partition of the graph and when
R. Santos
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Packing Colourings in Complete Bipartite Graphs and the Inverse Problem for Correspondence Packing [PDF]
Applications of graph colouring often involve taking restrictions into account, and it is desirable to have multiple (disjoint) solutions. In the optimal case, where there is a partition into disjoint colourings, we speak of a packing.
Stijn Cambie, Rimma Hämäläinen
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Spectral extrema of graphs with fixed size: Cycles and complete bipartite graphs [PDF]
Nikiforov (2002) showed that if G is K r + 1 -free then the spectral radius ρ ( G ) ≤ 2 m ( 1 − 1 ∕ r ) , which implies that G contains C 3 if ρ ( G ) > m .
M. Zhai, Huiqiu Lin, Jinlong Shu
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Packing bipartite graphs with covers of complete bipartite graphs [PDF]
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Chalopin, Jérémie, Paulusma, Daniël
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Quantum walk search on the complete bipartite graph [PDF]
The coined quantum walk is a discretization of the Dirac equation of relativistic quantum mechanics, and it is the basis of many quantum algorithms.
Mason L. Rhodes, T. G. Wong
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The Extremal Number of the Subdivisions of the Complete Bipartite Graph [PDF]
For a graph $F$, the $k$-subdivision of $F$, denoted $F^k$, is the graph obtained by replacing the edges of $F$ with internally vertex-disjoint paths of length $k$.
Oliver Janzer
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Proportional Choosability of Complete Bipartite Graphs [PDF]
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Jeffrey A. Mudrock +3 more
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Complete bipartite graph is a totally irregular total graph
A graph G is called a totally irregular total k-graph if it has a totally irregular total k-labeling λ : V ∪ E→ 1, 2, ... , k, that is a total labeling such that for any pair of different vertices x and y of G, their weights wt(x) and wt(y) are distinct,
Meilin I. Tilukay +4 more
doaj +1 more source
On Subgraphs of the Complete Bipartite Graph [PDF]
P. Erdös, J. W. Moon
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