The blocking probability of a network is a common measure of its performance. There exist means of quickly calculating the blocking probabilities of Banyan networks; however, because Banyan networks have no redundant paths, they are not inherently fault-tolerant, and so their use in large-scale multiprocessors is problematic. Unfortunately, the addition of multiple paths between message sources and sinks in a network complicates the calculation of blocking probabilities. A methodology for exact calculation of blocking probabilities for small networks with redundant paths is presented here, with some discussion of its potential use in approximating blocking probabilities for large networks with redundant paths
AbstractIn this paper we examine the theoretical limits on developing algorithms to find blocking pr...
Abstract—In this paper, we present a new method for the estima-tion of blocking probabilities in buf...
We determine the limiting behavior of the blocking probability for spider-web networks, a class of c...
Abstract-We present analytic models for the blocking proba-bility of both unique path and multiple p...
This paper is concerned with blocking probabilities in loss networks where both multicast and unicas...
This paper is concerned with blocking probabilities in loss networks where both multicast and unicas...
In this paper we consider a multiservice network link accepting both multicast and unicast connectio...
In this paper we consider a multiservice network link accepting both multicast and unicast connectio...
2000 TENCON Proceedings, Kuala Lumpur, Malaysia, 24-27 September 2000In this paper, Monte Carlo meth...
Abstract-The well-known Clos network has been extensively used for telephone switching, multiprocess...
Vertical stacking of optical banyan networks is an attractive scheme for building nonblocking (cross...
For networks that exhibit neither concentration nor expansion, the well-known probabilistic model of...
The usual Applied Probability models for circuit-switched telecommunications networks provide a very...
This article presents a new recurrent method for modelling multi-service switching networks with ove...
Abstract—This article presents a new recurrent method for modelling multi-service switching networks...
AbstractIn this paper we examine the theoretical limits on developing algorithms to find blocking pr...
Abstract—In this paper, we present a new method for the estima-tion of blocking probabilities in buf...
We determine the limiting behavior of the blocking probability for spider-web networks, a class of c...
Abstract-We present analytic models for the blocking proba-bility of both unique path and multiple p...
This paper is concerned with blocking probabilities in loss networks where both multicast and unicas...
This paper is concerned with blocking probabilities in loss networks where both multicast and unicas...
In this paper we consider a multiservice network link accepting both multicast and unicast connectio...
In this paper we consider a multiservice network link accepting both multicast and unicast connectio...
2000 TENCON Proceedings, Kuala Lumpur, Malaysia, 24-27 September 2000In this paper, Monte Carlo meth...
Abstract-The well-known Clos network has been extensively used for telephone switching, multiprocess...
Vertical stacking of optical banyan networks is an attractive scheme for building nonblocking (cross...
For networks that exhibit neither concentration nor expansion, the well-known probabilistic model of...
The usual Applied Probability models for circuit-switched telecommunications networks provide a very...
This article presents a new recurrent method for modelling multi-service switching networks with ove...
Abstract—This article presents a new recurrent method for modelling multi-service switching networks...
AbstractIn this paper we examine the theoretical limits on developing algorithms to find blocking pr...
Abstract—In this paper, we present a new method for the estima-tion of blocking probabilities in buf...
We determine the limiting behavior of the blocking probability for spider-web networks, a class of c...