Hypercubes and Fibonacci cubes are classical models for interconnection networks with interesting graph theoretic properties. We consider k-Fibonacci cubes, which we obtain as subgraphs of Fibonacci cubes by eliminating certain edges during the fundamental recursion phase of their construction. These graphs have the same number of vertices as Fibonacci cubes, but their edge sets are determined by a parameter k. We obtain properties of k-Fibonacci cubes including the number of edges, the average degree of a vertex, the degree sequence and the number of hypercubes they contain
In this paper, we introduce the Pell graphs, a new family of graphs similar to the Fibonacci cubes. ...
International audienceThe {\em Fibonacci cube} of dimension $n$, denoted as $\Gamma_n$, is the subg...
The Fibonacci (p, r)-cube Γ(p,r)n is the subgraph of Qn induced on binary words of length n in which...
The Fibonacci cube Γn is the subgraph of the n-cube induced by the binary strings that contain no tw...
Fibonacci cubes are defined as subgraphs of hypercubes, where the vertices are those without two con...
AbstractThe Fibonacci cube represents a new topology for the interconnection of multicomputers. It i...
The Fibonacci tree is a rooted binary tree whose number of vertices admit a recursive definition sim...
The Fibonacci cube is an isometric subgraph of the hypercube having a Fibonacci number of vertices. ...
Simulation of one interconnection topology by another has several applications in efficient uses of ...
Lucas and Fibonacci cubes are special subgraphs of the binary hypercubes that have been proposed as ...
AbstractThe Fibonacci (p, r)-cube is an interconnection topology, which includes a wide range of con...
Fibonacci and Lucas cubes are induced subgraphs of hypercubes obtained by excluding certain binary s...
AbstractThe Fibonacci cube Γn is a subgraph of n-dimensional hypercube induced by the vertices witho...
The cube polynomial of a graph is the counting polynomial for the number of induced k-dimensional hy...
AbstractFibonacci cubes, extended Fibonacci cubes, and Lucas cubes are induced subgraphs of hypercub...
In this paper, we introduce the Pell graphs, a new family of graphs similar to the Fibonacci cubes. ...
International audienceThe {\em Fibonacci cube} of dimension $n$, denoted as $\Gamma_n$, is the subg...
The Fibonacci (p, r)-cube Γ(p,r)n is the subgraph of Qn induced on binary words of length n in which...
The Fibonacci cube Γn is the subgraph of the n-cube induced by the binary strings that contain no tw...
Fibonacci cubes are defined as subgraphs of hypercubes, where the vertices are those without two con...
AbstractThe Fibonacci cube represents a new topology for the interconnection of multicomputers. It i...
The Fibonacci tree is a rooted binary tree whose number of vertices admit a recursive definition sim...
The Fibonacci cube is an isometric subgraph of the hypercube having a Fibonacci number of vertices. ...
Simulation of one interconnection topology by another has several applications in efficient uses of ...
Lucas and Fibonacci cubes are special subgraphs of the binary hypercubes that have been proposed as ...
AbstractThe Fibonacci (p, r)-cube is an interconnection topology, which includes a wide range of con...
Fibonacci and Lucas cubes are induced subgraphs of hypercubes obtained by excluding certain binary s...
AbstractThe Fibonacci cube Γn is a subgraph of n-dimensional hypercube induced by the vertices witho...
The cube polynomial of a graph is the counting polynomial for the number of induced k-dimensional hy...
AbstractFibonacci cubes, extended Fibonacci cubes, and Lucas cubes are induced subgraphs of hypercub...
In this paper, we introduce the Pell graphs, a new family of graphs similar to the Fibonacci cubes. ...
International audienceThe {\em Fibonacci cube} of dimension $n$, denoted as $\Gamma_n$, is the subg...
The Fibonacci (p, r)-cube Γ(p,r)n is the subgraph of Qn induced on binary words of length n in which...