Rearrangeable multistage interconnection networks such as the Benes network realize any permutation, yet their routing algorithms are not cost-effective. On the other hand, non-rearrangeable networks can have inexpensive routing algorithms, but no simple technique exists to characterix all the permutations realized on these netwarks. This paper introduces the concept of frame and shows how iit can be used to characterize all the permutations realized on various multistage inteirconnection networks. They include any subnetwork of the Benes network, the class of networks that are topologically equivalent to the baseline network, and cascaded baseline and shuffle-exchange networks. The question of how the addition of a stage to any of these ne...
Multistage interconnection networks are conventionally composed of 2x2 switching elements which perf...
This article was published in International Journal on Grid and High Performance Computing [© 2011 ...
AbstractIn this paper we study topological properties of multistage interconnection networks. We def...
AbstractIn this paper, we introduce the concept of routing grid as a tool for analyzing realizabilit...
Abstract. Rearrangeable networks can realize each and every permutation in one pass through the netw...
[[abstract]]Benes networks are nonblocking rearrangeable networks that can realize arbitrary permuta...
In (2n- 1)-stage rearrangeable networks, the routing time for any arbitrary permutation is X(n²) com...
Abstract-We present analytic models for the blocking proba-bility of both unique path and multiple p...
The algorithms which control network routing are specific to the network because the algorithms are ...
A switching network of depth d is a layered graph with d layers and n vertices in each layer. The ed...
Communication in systems with a high number of processors strongly relies on the interconnection net...
A class of symmetric rearrangeable nonblocking networks has been considered in this thesis. A partic...
A switching network of depth d is a layered graph with d layers and n vertices in each layer. The ed...
The generation of arbitrary permutations ( identical to rearrangeable-nonblocking interconnections) ...
This paper presents a nonblocking routing algorithm for Benes networks. Such networks are of potenti...
Multistage interconnection networks are conventionally composed of 2x2 switching elements which perf...
This article was published in International Journal on Grid and High Performance Computing [© 2011 ...
AbstractIn this paper we study topological properties of multistage interconnection networks. We def...
AbstractIn this paper, we introduce the concept of routing grid as a tool for analyzing realizabilit...
Abstract. Rearrangeable networks can realize each and every permutation in one pass through the netw...
[[abstract]]Benes networks are nonblocking rearrangeable networks that can realize arbitrary permuta...
In (2n- 1)-stage rearrangeable networks, the routing time for any arbitrary permutation is X(n²) com...
Abstract-We present analytic models for the blocking proba-bility of both unique path and multiple p...
The algorithms which control network routing are specific to the network because the algorithms are ...
A switching network of depth d is a layered graph with d layers and n vertices in each layer. The ed...
Communication in systems with a high number of processors strongly relies on the interconnection net...
A class of symmetric rearrangeable nonblocking networks has been considered in this thesis. A partic...
A switching network of depth d is a layered graph with d layers and n vertices in each layer. The ed...
The generation of arbitrary permutations ( identical to rearrangeable-nonblocking interconnections) ...
This paper presents a nonblocking routing algorithm for Benes networks. Such networks are of potenti...
Multistage interconnection networks are conventionally composed of 2x2 switching elements which perf...
This article was published in International Journal on Grid and High Performance Computing [© 2011 ...
AbstractIn this paper we study topological properties of multistage interconnection networks. We def...