[[abstract]]In this paper we study the fault diameter of the n-dimensional hypercube (or n-cube for short), Qn, for n ≥ 3. Let F be a set of hybrid node-faults and/or link-faults in Qn such that every node of Qn is still connected to at least one fault-free node by a fault-free link. Then we compute the exact diameter of Qn - F for/F/&le 2n - 3. As an immediate consequence, our result improves upon those presented by S. Latifi (1993), in which only node-faults were addressed. © 2009 World Scientific Publishing Company
In this paper we study the fault--tolerant properties of the Supercube, a new interconnection networ...
Faults in a network may take various forms such as hardware/software errors, vertex/edge faults, etc...
AbstractWe introduce the concept of fault diameter of interconnection networks. The motivation is to...
[[abstract]]In this paper we study the fault diameter of the n-dimensional hypercube (or n-cube for ...
Abstract This paper studies restricted fault diameter of the n-dimensional hypercube networks Qn (n ...
The diameter of a network in the presence of faulty nodes is an important indicator of its resilienc...
It is shown that the diameter of an n-dimensional hypercube can only increase by an additive constan...
We obtain the conditional fault diameter of the k-ary n-cube interconnection network. It has been pr...
It is shown that the diameter of an n-dimensional hypercube can only increase by an additive constan...
[[abstract]]Faults in a network may take various forms such as hardware failures while a node or a l...
We obtain the conditional fault-diameter of the square torus interconnection network under the condi...
We obtain the conditional fault-diameter of the square torus interconnection network under the condi...
In evaluating the fault tolerance of an interconnection network, it is essential to estimate the siz...
evaluating the fault tolerance of an interconnection network, it is essential to estimate the size o...
AbstractLet fe (respectively, fv) denote the number of faulty edges (respectively, vertices) of an n...
In this paper we study the fault--tolerant properties of the Supercube, a new interconnection networ...
Faults in a network may take various forms such as hardware/software errors, vertex/edge faults, etc...
AbstractWe introduce the concept of fault diameter of interconnection networks. The motivation is to...
[[abstract]]In this paper we study the fault diameter of the n-dimensional hypercube (or n-cube for ...
Abstract This paper studies restricted fault diameter of the n-dimensional hypercube networks Qn (n ...
The diameter of a network in the presence of faulty nodes is an important indicator of its resilienc...
It is shown that the diameter of an n-dimensional hypercube can only increase by an additive constan...
We obtain the conditional fault diameter of the k-ary n-cube interconnection network. It has been pr...
It is shown that the diameter of an n-dimensional hypercube can only increase by an additive constan...
[[abstract]]Faults in a network may take various forms such as hardware failures while a node or a l...
We obtain the conditional fault-diameter of the square torus interconnection network under the condi...
We obtain the conditional fault-diameter of the square torus interconnection network under the condi...
In evaluating the fault tolerance of an interconnection network, it is essential to estimate the siz...
evaluating the fault tolerance of an interconnection network, it is essential to estimate the size o...
AbstractLet fe (respectively, fv) denote the number of faulty edges (respectively, vertices) of an n...
In this paper we study the fault--tolerant properties of the Supercube, a new interconnection networ...
Faults in a network may take various forms such as hardware/software errors, vertex/edge faults, etc...
AbstractWe introduce the concept of fault diameter of interconnection networks. The motivation is to...