viz.lanl.gov
Data Science at Scale Team
http://viz.lanl.gov/highlights.html
Computer, Computational, and Statistical Sciences, CCS. The Data Science at Scale Team has published a new website and is no longer updating this website. The new website is at:. Http:/ datascience.lanl.gov/. In the future you will be automatically redirected to the new website, but for now you can stay at the old website. If you would like to proceed to the new website, you can click the above link. Understanding Heat Transport in Ocean Simulations will Improve our Understanding of Climate Change. Havin...
codesign.llnl.gov
Codesign at Lawrence Livermore National Laboratory
https://codesign.llnl.gov/index.php
Lawrence Livermore National Laboratory. At Lawrence Livermore National Lab. Co-design is about where the state of computing is going, rather than just focusing on creating one specific machine. Computation Associate Division Leader. Proposed for the exascale era, and LLNL is actively pursuing a strategy to both leverage our co-design experience and to update it to meet the realities of today’s dynamic HPC environment, with huge lead-times between concept and realization. Providing a living laboratory for...
codesign.llnl.gov
Codesign at Lawrence Livermore National Laboratory
https://codesign.llnl.gov/exmatex.php
Lawrence Livermore National Laboratory. At Lawrence Livermore National Lab. The Exascale Co-Design Center for Materials in Extreme Environments (ExMatEx). ExMatEx focuses effort in four primary areas:. Scale-bridging algorithms: ExMatEx employs uncertainty quantification-driven adaptive physics refinement, in which coarse-scale simulations dynamically spawn tightly coupled and self-consistent fine-scale simulations as needed. Programming models: ExMatEx uses a task-based, scale-bridging programming appro...
codesign.llnl.gov
Codesign at Lawrence Livermore National Laboratory
https://codesign.llnl.gov/other-exascale-activity.php
Lawrence Livermore National Laboratory. At Lawrence Livermore National Lab. LLNL's Jeff Hittinger co-chairs the ASCR Exascale Mathematics Working Group with the University of Tennessee's Jack Dongarra. Jeff is also part of the Applied Mathematics/Performance Modeling Nexus. LLNL ASC Proxy Apps. LLNL ASC Co-design Activities. Are you a vendor or researcher interested in exploring co-design with LLNL? For additional information, please contact our team. Lawrence Livermore National Laboratory.
sigma.mcs.anl.gov
MOAB — The Mesh-Oriented datABase | SIGMA
http://sigma.mcs.anl.gov/moab-library
Scalable Interfaces for Geometry and Mesh based Applications. MOAB The Mesh-Oriented datABase. MOAB The Mesh-Oriented datABase. The meshes represented in MOAB originate in a variety of forms, including mesh read from files of various formats (e.g. CUBIT â .cubâ file, VTK, etc.) as well as mesh written into MOAB directly by. The MOAB data model consists of the following basic types:. A piece of data that can be assigned a distinct value to each entity and entity set, and to the interface itself. Tags ...
sigma.mcs.anl.gov
PyTAPS — The Python interface for ITAPS | SIGMA
http://sigma.mcs.anl.gov/pytaps-library
Scalable Interfaces for Geometry and Mesh based Applications. PyTAPS The Python interface for ITAPS. PyTAPS The Python interface for ITAPS. NOTE: We have officially deprecated. The PyTAPS project and this will be superseded by an ongoing effort based on Cython. Please contact us (Vijay Mahadevan and Rajeev Jain) if you need more information. Since Python extension modules are shared libraries, MOAB, CGM, and Lasso must also be built as shared libraries (or using. Installed. Setuptools (version 0....On th...
sigma.mcs.anl.gov
Galleries | SIGMA
http://sigma.mcs.anl.gov/gallery
Scalable Interfaces for Geometry and Mesh based Applications. Gallery Date: Jun 24, 2014. High Temperature Gas-cooled Reactor model shown below was created using RGG tools: AssyGen and CoreGen ( More info about these tools is here: What is RGG? Simulation details using this model can be found in this publication: Bingham, Avery, Javier Ortensi, Rajeev Jain, Iulian Grindeanu, and Tim Tautges. SHARP/PRONGHORN. (2012). pdf Left: Full Core HTGR mesh model; Center:. Gallery Date: Jun 23, 2014. Pictures below ...
sigma.mcs.anl.gov
SIGMA v1.2.1 | SIGMA
http://sigma.mcs.anl.gov/moab/sigma-v1-2-1
Scalable Interfaces for Geometry and Mesh based Applications. SIGMA v1.2.1. SIGMA v1.2.1. Posted by Vijay Mahadevan. On Apr 5, 2016 in CGM. SIGMA v1.2.1 Release Notes. SIGMA v1.2.1 Release Notes. CGM Version 15.1. MOAB Version 4.9.1. MeshKit Version 1.4.1. The current release contains the following SIGMA tools:. Common Geometry Module (CGM) â Version 15.1. Mesh Oriented datABase (MOAB) â Version 4.9.1. MeshKit library (MeshKit) â Version 1.4.1. CGM Version 15.1. And OCE 0.17.1. PR #35, #36. A configurati...
sigma.mcs.anl.gov
MeshKit | SIGMA
http://sigma.mcs.anl.gov/meshkit-library
Scalable Interfaces for Geometry and Mesh based Applications. MeshKit is an open-source library of mesh generation functionality. Its design philosophy is two-fold: it provides a collection of meshing algorithms for use in real meshing problems, along with other tools commonly needed to support mesh generation (coordination of BREP-based meshing process, mesh smoothing, etc.); and it serves as a platform in which to perform mesh generation algorithm research. If you would like to participate in the devel...
