Difference between revisions of "Leadership:Slicer3-compilation-2008"
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This page serves as a blog for our discussions about the organization of the Slicer3 compilation setup | This page serves as a blog for our discussions about the organization of the Slicer3 compilation setup | ||
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We expect the imaging technologies developed by NAMIC to operate across a matrix of computing | We expect the imaging technologies developed by NAMIC to operate across a matrix of computing | ||
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cross-platform development as the ability to simultaneously develop software on a variety of | cross-platform development as the ability to simultaneously develop software on a variety of | ||
configurations insures that the development process remains effective. | configurations insures that the development process remains effective. | ||
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| + | Sufficient disk storage and backup resources will be deployed to archive data and support the | ||
| + | dissemination and training cores. A server will be configured and dedicated specifically to support | ||
| + | NAMIC collaboration resources and facilitate communications with the project management core. | ||
Revision as of 20:59, 4 January 2008
Home < Leadership:Slicer3-compilation-2008Introduction
This page serves as a blog for our discussions about the organization of the Slicer3 compilation setup
Excerpt from the service core section of the grant
We expect the imaging technologies developed by NAMIC to operate across a matrix of computing configurations...
In particular we will support configurations instantiated from combinations of the following possibilities.
- Hardware (in both single and multi-processor combinations):
- Intel 32- and 64-bit CPU’s,
- AMD 32- and 64-bit,
- Sun SPARC
- Operating Systems
- Linux
- Windows 2000, XP, Longhorn
- Mac OS X and later
- Solaris
- Compilers
- gcc
- Intel
- Borland
- Sun CC
- MS Visual C++ 6.0, .NET
- Sun CC
These resources will be available to NAMIC via a dedicated high-speed communication line. Although we expect that many NAMIC scientists will use their own resources for local development, the computational infrastructure provides the means to compile, test, and disseminate software on platforms to which that particular site might not normally have access. This is particularly important for cross-platform development as the ability to simultaneously develop software on a variety of configurations insures that the development process remains effective.
Sufficient disk storage and backup resources will be deployed to archive data and support the dissemination and training cores. A server will be configured and dedicated specifically to support NAMIC collaboration resources and facilitate communications with the project management core.
