| Abstract: | In this paper we present a parallel algorithm for solving the inverse Toeplitz Eigenvalue Problem. The algorithm has been implemented by using a cluster of personal computers, interconnected by a high‐performance Myrinet network. We have utilized standard public domain parallel environments for implementing the calculation part as well as the communications, thus producing portable software. The results obtained allow us to confirm the scalability and efficiency of the algorithm. Moreover, we have checked that by using the theoretical cost model provided by the ScaLAPACK we can predict the behaviour of the experimental results. Copyright © 2000 John Wiley & Sons, Ltd. |
