Results 51 to 60 of about 2,059,443 (151)
Hamiltonian paths on Platonic graphs
We develop a combinatorial method to show that the dodecahedron graph has, up to rotation and reflection, a unique Hamiltonian cycle. Platonic graphs with this property are called topologically uniquely Hamiltonian. The same method is used to demonstrate
Brian Hopkins
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Energy Conditions for Hamiltonian and Traceable Graphs
A graph is called Hamiltonian (resp. traceable) if the graph has a Hamiltonian cycle (resp. path), a cycle (resp. path) containing all the vertices of the graph. The energy of a graph is defined as the sum of the absolute values of the eigenvalues of the
Rao Li
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Gaussian Neighborhood-prime Labeling of Graphs Containing Hamiltonian Cycle [PDF]
In this paper, we examine Gaussian neighborhood-prime labeling of generalized Peterson graph and graphs which contain Hamiltonian ...
S T Trivedi, N P Shrimali
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On Uniquely Hamiltonian Claw-Free and Triangle-Free Graphs
A graph is uniquely Hamiltonian if it contains exactly one Hamiltonian cycle. In this note, we prove that claw-free graphs with minimum degree at least 3 are not uniquely Hamiltonian.
Seamone Ben
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A closed -knight’s tour on some cylinder chessboards
A -knight’s move on the cylinder chessboard is the move of the knight 2 squares vertically or 2 squares horizontally and then 3 squares perpendicular to it.
Sirirat Singhun +2 more
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On pedigree polytopes and Hamiltonian cycles
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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A more efficient way of finding Hamiltonian cycle
Algorithm for finding Hamiltonian cycle.
Paweł Kaftan (568545)
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Hamiltonian Dynamics in the Theory of Abstraction [PDF]
This paper deals with fluid flow dynamics which may be Hamiltonian in nature and yet chaotic.Here we deal with sympletic invariance, canonical transformations and stability of such Hamiltonian flows. As a collection of points move along, it carries along
Ganguly, Subhajit +1 more
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Weakly Dimension-Balanced Hamiltonian Cycle on Three-Dimensional Toroidal Mesh Graph
The dimension-balanced cycle (DBC) problem is new in graph theory, with applications such as 3D stereogram reconstruction. In a graph whose edges are partitioned into k dimensions, a cycle is dimension-balanced if edge counts across dimensions differ by ...
Chia-Pei Chu, Justie Su-Tzu Juan
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The One-Fault Directed Dimension-Balanced Hamiltonian Problem in Directed Toroidal Mesh Graphs
Hamiltonian cycle problems play a central role in graph theory and have wide-ranging applications in network-on-chip architectures, interconnection networks, and large-scale parallel systems.
Yancy Yu-Chen Chang, Justie Su-Tzu Juan
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