Fujitsu Paris offers ASP on hpcLine with advanced engineering codes
Saclay 23 May 2003 Fujitsu has a long history of supporting technical and scientific applications. In the Technical Computing Facility in Paris, the main applications in the field are benchmarked together with the
Independent Software Provider (ISV) that develops the code. Goal is to understand the interface between application and machine and see how one or the other can be optimized. In the past year, many of the codes have been tested on the hpcLine. Fujitsu now also offers the
applications on the hpcLine a VPP5000 and a Primepower server as Application Service Provider (ASP). This way one can test and even develop ones own applications using state-of-the art hard- and software.
One of the codes ported to the hpcLine is RADIOSS-CRASH SPMD of Mecalog. The code is too fain grain to perform well with FastEthernet. However, a 12-processor hpcLine with SCI interface and Xeon or Athlon processors outperforms a VPP5000. The Fujitsu hpcLine with SCI network is an official platform for RADIOSS-CRASH validation.
Another example is the close collaboration with the ESI group. ESI has several engineering codes, including PAM-CRASH, PAM-FLOW, and RAYON. ESI and Fujitsu Siemens developed a "turnkey" package with PAM-CRASH and hpcLine, which can be offered to customers of both companies. This was demonstrated for the first time at EuroPAM2002. ESI also purchased hpcLine for PAM-STAMP 2G development.
With Fluent, the porting experience to the hpcLine was similar to that as with RADIOSS. Fluent was supported on previous Fujitsu supercomputers so there was a good knowledge of the code. During porting it was quickly identified that FastEthernet scaling is limited, hence
Fluent V5.7 and V6.0.20 were ported to the faster Scali SCI interconnect. PSA (Peugeot) did install a test hpcLine with Fluent.
A complete overview of the supported ISVs and their application is given in the next table.
| Partner | Application | Field |
| Mecalog | RADIOSS-CRASH | Crash |
| RADIOSS-CFD | CFD |
| M-XPLORE | Stochastics |
| ESI Group | PAM-CRASH | Crash |
| PAM-FLOW | CFD |
| PAM-CAST | Casting |
| PAM-STAMP | Stamp |
| RAYON | Acoustics |
| SYSTUS | Structures |
| LSTC | LS-DYNA | Crash, stamp |
| Abaqus Inc. | ABAQUS/Standard | Structures |
| ABAQUS/Explicit | Shock |
| MSC.Software | MSC.NASTRAN | Structures |
| MSC.MARC | Structures |
| Samtech | SAMCEF | Structures |
| Intes | PERMAS | Structures |
| Fluent Inc | FLUENT | CFD |
| EXA Corp | PowerFLOW | CFD |
| CD adapco | STAR-CD | CFD |
| Ricardo | VECTIS | CFD |
| AVL | FIRE | CFD |
| CFX | CFX | CFD |
| LMS | SYSNOISE | Acoustics |
| TNO | Madymo | Safety |
| Engineous | iSIGHT | Optimisation |
| EASi | ST-ORM | Stochastic |
| Magma | Magmasoft | Casting |
| Alias/Wavefront | MAYA | Rendering |
Application Service Provision is a new business of Fujitsu. The programme offers a flexible pay-per-use usage of Computer Aided Engineering (CAE) applications on remote Linux clusters. Customers get Internet access over a Virtual Private Network (VPN) connection for safe, encrypted data transfer. In general the servers of a customer are connected. This way overflow jobs can easily be executed by ASP resources.
This is useful for variable-load projects. There is no need to increase the internal compute capacity and be left a great deal of the time with unused capacity.
Fujitsu has developed a Java based graphical user interface that allows steering the computation directly from the client workstation in a mode Fujitsu calls Distributed Scalable Service Environment. Also application specific programming environments are under
development.
Ad Emmen
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