International audienceIn this paper, we propose a method which enables to construct almost optimal broadcast schemes on an n-dimensional hypercube in the circuit switched,-port model. In this model, an initiator must inform all the nodes of the network in a sequence of rounds. During a round, vertices communicate along arc-disjoint dipaths. Our construction is based on particular sequences of nested binary codes having the property that each code can inform the next one in a single round. This last property is insured by a ow technique and results about symmetric ow networks. We apply the method to design optimal schemes improving and generalizing the previous results
Broadcasting is an information dissemination problem in which information originating at one node of...
E cient interprocessor communication is crucial to increasing the performance of parallel computers....
A method to reduce broadcast time in wormholerouted hypercube systems is described. The method takes...
International audienceIn this paper, we propose a method which enables to construct almost optimal b...
International audienceIn this paper, we propose a method which enables to construct almost optimal b...
In this paper, we propose a method which enables us to construct almost optimal broadcast schemes on...
A new broadcasting method is presented for hypercubes with wormhole routing mechanism. The communica...
A new broadcasting method is presented for hypercubes with wormhole routing mechanism. The communica...
A new broadcasting method is presented for hypercubes with wormhole routing mechanism. The approach ...
International audienceIn the broadcasting problem, one node needs to broadcast a message to all othe...
In the broadcasting problem, one node needs to broadcast a message to all other nodes in a network. ...
Includes bibliographical references (p. 9-10).Cover title.Research supported by the NSF. ECS-8552419...
Abstract-For massively parallel computing mechanism, broadcasting is widely used in a variety of app...
AbstractWe construct a family of n spanning trees of the n-cube, called Dn, with the following prope...
We consider the problem of broadcasting a message in the n-cube, Qn, equipped with wormhole switchin...
Broadcasting is an information dissemination problem in which information originating at one node of...
E cient interprocessor communication is crucial to increasing the performance of parallel computers....
A method to reduce broadcast time in wormholerouted hypercube systems is described. The method takes...
International audienceIn this paper, we propose a method which enables to construct almost optimal b...
International audienceIn this paper, we propose a method which enables to construct almost optimal b...
In this paper, we propose a method which enables us to construct almost optimal broadcast schemes on...
A new broadcasting method is presented for hypercubes with wormhole routing mechanism. The communica...
A new broadcasting method is presented for hypercubes with wormhole routing mechanism. The communica...
A new broadcasting method is presented for hypercubes with wormhole routing mechanism. The approach ...
International audienceIn the broadcasting problem, one node needs to broadcast a message to all othe...
In the broadcasting problem, one node needs to broadcast a message to all other nodes in a network. ...
Includes bibliographical references (p. 9-10).Cover title.Research supported by the NSF. ECS-8552419...
Abstract-For massively parallel computing mechanism, broadcasting is widely used in a variety of app...
AbstractWe construct a family of n spanning trees of the n-cube, called Dn, with the following prope...
We consider the problem of broadcasting a message in the n-cube, Qn, equipped with wormhole switchin...
Broadcasting is an information dissemination problem in which information originating at one node of...
E cient interprocessor communication is crucial to increasing the performance of parallel computers....
A method to reduce broadcast time in wormholerouted hypercube systems is described. The method takes...