We consider the computational power of a hyper- cube containing a potentially large number <of ran- domly located faulty components. In particular, we.
Oct 7, 2024 · Fast Computation Using Faulty Hypercubes (Extended Abstract). ... Reconfiguring a Hypercube in the Presence of Faults (Extended Abstract).
Abstract. To effectively utilize a faulty hypercube, it is often necessary to reconfigure the hypercube in such a way as to retain as many fault-free nodes ...
In all the reconfiguration strategies, nodes and links of a virtual hypercube are mapped onto a physically reconfigured hypercube in the presence of faults.
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Reconfiguring a Hypercube in the Presence of Faults (Extended Abstract) · Conference Paper. January 1987. ·. 4 Reads. ·. 21 Citations. Johan Håstad. ·. Frank ...
We describe a randomized algorithm which embeds an N-node hypercube in an N-node hypercube with faulty processors. Provided that the processors of the N-node ...
An efficient multi-dimensional grids reconfiguration algorithm on ...
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This paper describes different schemes for tolerating faults in hypercube multiprocessors and makes use of hardware redundancy in the form of spare nodes ...
We consider the problem of determining the minimum number of faulty processors, κ(n, m), and of faulty links, λ(n, m), in an n-dimensional hypercube ...
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Abstract. The problem of finding Hamiltonian circuits in faulty hypercubes is explored. There are many different Hamiltonian circuits in a nonfaulty hypercube.
Apr 13, 1992 · Reconfiguring a hypercube in the presence of faults. In Proceedings of the 19th Annual ACM Symposium on Theory of Computing, pages 274284 ...