This article demonstrates the performance benefits of the MPI-3 nonblocking collective operations supported by the Intel ® MPI Library 5.0 and the Intel ® MPI Benchmarks (IMB) 4.0 products. We’ll show how to measure the overlap of communication and computation, and demonstrate how an MPI application can benefit from the nonblocking collective communication
In exascale computing era, applications are executed at larger scale than ever before, whichresults ...
Previous studies of application usage show that the per-formance of collective communications are cr...
In exascale computing era, applications are executed at larger scale than ever before, whichresults ...
International audienceBy allowing computation/communication overlap, MPI nonblocking collectives (NB...
Collective communications occupy 20-90% of total execution times in many MPI applications. In this p...
Collective communications occupy 20-90% of total execution times in many MPI applications. In this p...
International audienceBy allowing computation/communication overlap, MPI nonblocking collectives (NB...
This talk discusses optimized collective algorithms and the benefits of leveraging independent hardw...
This talk discusses optimized collective algorithms and the benefits of leveraging independent hardw...
Abstract—The well-known gap between relative CPU speeds and storage bandwidth results in the need fo...
Collective communication is an important subset of Message Passing Interface. Improving the perform...
Collective communication is an important subset of Message Passing Interface. Improving the perform...
International audienceWith the growing number of cores and fast network like Infiniband, one of the ...
We have implemented eight of the MPI collective routines using MPI point-to-point communication rou...
We evaluate the architectural support of collective communication operations on the IBM SP2, Cray T3...
In exascale computing era, applications are executed at larger scale than ever before, whichresults ...
Previous studies of application usage show that the per-formance of collective communications are cr...
In exascale computing era, applications are executed at larger scale than ever before, whichresults ...
International audienceBy allowing computation/communication overlap, MPI nonblocking collectives (NB...
Collective communications occupy 20-90% of total execution times in many MPI applications. In this p...
Collective communications occupy 20-90% of total execution times in many MPI applications. In this p...
International audienceBy allowing computation/communication overlap, MPI nonblocking collectives (NB...
This talk discusses optimized collective algorithms and the benefits of leveraging independent hardw...
This talk discusses optimized collective algorithms and the benefits of leveraging independent hardw...
Abstract—The well-known gap between relative CPU speeds and storage bandwidth results in the need fo...
Collective communication is an important subset of Message Passing Interface. Improving the perform...
Collective communication is an important subset of Message Passing Interface. Improving the perform...
International audienceWith the growing number of cores and fast network like Infiniband, one of the ...
We have implemented eight of the MPI collective routines using MPI point-to-point communication rou...
We evaluate the architectural support of collective communication operations on the IBM SP2, Cray T3...
In exascale computing era, applications are executed at larger scale than ever before, whichresults ...
Previous studies of application usage show that the per-formance of collective communications are cr...
In exascale computing era, applications are executed at larger scale than ever before, whichresults ...