Quickly transmitting large datasets in the context of distributed computing on wide area
networks can be achieved by compressing data before transmission, However such an …

Advancement in deep submicron (DSM) technologies led to miniaturization. However, it also
increased the vulnerability against some electrical and device non-idealities, including the …

In this paper, we present the HPFIT project whose aim is to provide a set of interactive tools
integrated in a single environment to help users to parallelize scientific applications to be …

In this work, we develop and evaluate a theoretical model, which we then use to study the
impact of the synchronization frequency on the performance of dynamic self-scheduling …

Loops are the richest source of parallelism in scientific applications. A large number of loop
scheduling schemes have therefore been devised for loops with and without data …

In the framework of distributed object systems, this paper presents the concepts and an
implementation of an overlapping mechanism between communication and computation …

The HPFIT project has the aim to provide a set of interactive tools integrated in a single
environment to help users to parallelize scientific applications to be run on distributed …

Overlapping communication with computation in distributed object systems Page 1 Overlapping
Communication with Computation in Distributed Object Systems Franqoise Baude, Denis …

Advances in network and middleware technologies have brought computing with many
widely-distributed and heterogeneous resources to the forefront. The large distributed …

This work addresses the issue of exploiting intra-tile parallelism by overlapping
communication with computation removing the restriction of atomicity of tiles. The …