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
In the broadcasting problem, one node needs to broadcast a message to all other nodes in a network. ...
Broadcasting is an information dissemination problem in which information originating at one node of...
The communication modes (one-way and two-way mode) used for disseminating information among processo...
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 ...
Includes bibliographical references (p. 9-10).Cover title.Research supported by the NSF. ECS-8552419...
E cient interprocessor communication is crucial to increasing the performance of parallel computers....
Abstract-For massively parallel computing mechanism, broadcasting is widely used in a variety of app...
We consider several basic communication problems in a hypercube network of processors. These include...
International audienceIn the broadcasting problem, one node needs to broadcast a message to all othe...
AbstractSome generalized communication modes enabling the dissemination of information among process...
In the broadcasting problem, one node needs to broadcast a message to all other nodes in a network. ...
Broadcasting is an information dissemination problem in which information originating at one node of...
The communication modes (one-way and two-way mode) used for disseminating information among processo...
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 ...
Includes bibliographical references (p. 9-10).Cover title.Research supported by the NSF. ECS-8552419...
E cient interprocessor communication is crucial to increasing the performance of parallel computers....
Abstract-For massively parallel computing mechanism, broadcasting is widely used in a variety of app...
We consider several basic communication problems in a hypercube network of processors. These include...
International audienceIn the broadcasting problem, one node needs to broadcast a message to all othe...
AbstractSome generalized communication modes enabling the dissemination of information among process...
In the broadcasting problem, one node needs to broadcast a message to all other nodes in a network. ...
Broadcasting is an information dissemination problem in which information originating at one node of...
The communication modes (one-way and two-way mode) used for disseminating information among processo...