Add to ORKGThe algorithms which control network routing are specific to the network because the algorithms are designed to take advantage of that network\u27s topology. The goodness of a network includes such criteria as a simple routing algorithm and a simple routing algorithm would increase the use of the shuffle-exchange network
Interconnection networks provide an effective means by which components of a system such as processo...
In a generalized shuffle permutation an address (a[q-1]a[1-2]...a[0]) receives its content from an a...
The traditional routing algorithm for the shuffle-exchange network is optimal for the worst case (s...
Abstract. Rearrangeable networks can realize each and every permutation in one pass through the netw...
This paper focused on comparing the algorithm based on shuffle exchange network connection to achie...
Let m(n) be the minimum positive integer k so that the Shuffle-Exchange network with k stages...
AbstractWe study product-shuffle (PS) networks, which are direct products of de Bruijn networks, as ...
The set of input-output permutations that are routable through a multistage interconnection network ...
Rearrangeable multistage interconnection networks such as the Benes network realize any permutation,...
The paper describes a multistage shuffle interconnection network which is controlled by a central mo...
Communication in systems with a high number of processors strongly relies on the interconnection net...
AbstractIn this paper we show that for each n, the order-n shuffle-exchange network can be emulated ...
AbstractIn this paper, we introduce the concept of routing grid as a tool for analyzing realizabilit...
Design of interconnection networks is an important integral part of the parallel processing or distr...
The shuffle-exchange network is among the most interesting interconnection networks. However, one of...
Interconnection networks provide an effective means by which components of a system such as processo...
In a generalized shuffle permutation an address (a[q-1]a[1-2]...a[0]) receives its content from an a...
The traditional routing algorithm for the shuffle-exchange network is optimal for the worst case (s...
Abstract. Rearrangeable networks can realize each and every permutation in one pass through the netw...
This paper focused on comparing the algorithm based on shuffle exchange network connection to achie...
Let m(n) be the minimum positive integer k so that the Shuffle-Exchange network with k stages...
AbstractWe study product-shuffle (PS) networks, which are direct products of de Bruijn networks, as ...
The set of input-output permutations that are routable through a multistage interconnection network ...
Rearrangeable multistage interconnection networks such as the Benes network realize any permutation,...
The paper describes a multistage shuffle interconnection network which is controlled by a central mo...
Communication in systems with a high number of processors strongly relies on the interconnection net...
AbstractIn this paper we show that for each n, the order-n shuffle-exchange network can be emulated ...
AbstractIn this paper, we introduce the concept of routing grid as a tool for analyzing realizabilit...
Design of interconnection networks is an important integral part of the parallel processing or distr...
The shuffle-exchange network is among the most interesting interconnection networks. However, one of...
Interconnection networks provide an effective means by which components of a system such as processo...
In a generalized shuffle permutation an address (a[q-1]a[1-2]...a[0]) receives its content from an a...
The traditional routing algorithm for the shuffle-exchange network is optimal for the worst case (s...