chtc.cs.wisc.edu
HPC Cluster Basic Use Guide - Center for High Throughput Computing
http://chtc.cs.wisc.edu/HPCuseguide.shtml
Use Our HTC Submit Node. Run Your First HTC Jobs. HTC for MatLab, Python or R. Use the HPC Cluster. Build and Test Lab. WID (Wisconsin Institute for Discovery). HPC Cluster Basic Use Guide. The CHTC has partnered with the UW-Madison Advanced Computing Initiative. ACI) in order to provide support for using the campus high-performance computing (HPC) cluster. Before using the campus-shared HPC Cluster, you will need to obtain access. By filling out the Large-Scale Computing Request Form. On the ACI website.
chtc.cs.wisc.edu
Using CHTC's HTC Submit Nodes - Center for High Throughput Computing
http://chtc.cs.wisc.edu/use-submit-node.shtml
Use Our HTC Submit Node. Run Your First HTC Jobs. HTC for MatLab, Python or R. Use the HPC Cluster. Build and Test Lab. WID (Wisconsin Institute for Discovery). Using CHTC's HTC Submit Nodes. Recently created CHTC accounts will use our submit node submit-3.chtc.wisc.edu. If your CHTC account was created in 2015, you will use submit-5.chtc.wisc.edu. Accounts created prior to 2015 will most likely use submit-3.chtc.wisc.edu. Connecting to CHTC Submit Nodes. We do not back up data on CHTC submission points.
chtc.cs.wisc.edu
Available Positions - Center for High Throughput Computing
http://chtc.cs.wisc.edu/jobs.shtml
Use Our HTC Submit Node. Run Your First HTC Jobs. HTC for MatLab, Python or R. Use the HPC Cluster. Build and Test Lab. WID (Wisconsin Institute for Discovery). The CHTC is home to a large distributed campus infrastructure that helps scientists on and off campus advance their research. We also develop the HTCondor Software. We also run a software build and test facility, called the BaTLab. That uses HTCondor to manage large sets of builds. We don't just build production quality software, we use it! You w...
chtc.cs.wisc.edu
Getting Started With the CHTC - Center for High Throughput Computing
http://chtc.cs.wisc.edu/get-started.shtml
Use Our HTC Submit Node. Run Your First HTC Jobs. HTC for MatLab, Python or R. Use the HPC Cluster. Build and Test Lab. WID (Wisconsin Institute for Discovery). Getting Started With the CHTC. Anyone on the UW-Madison campus, and even off-campus collaborators, may use the CHTC. In order to get started, we need some information to understand how best to help you. Our usual "Get Started" contact form has evolved and migrated. Please fill out the form here. On the Advanced Computing Infrastructure.
chtc.cs.wisc.edu
Running Your First CHTC Jobs - Center for High Throughput Computing
http://chtc.cs.wisc.edu/helloworld.shtml
Use Our HTC Submit Node. Run Your First HTC Jobs. HTC for MatLab, Python or R. Use the HPC Cluster. Build and Test Lab. WID (Wisconsin Institute for Discovery). Running Your First CHTC Jobs. So, you have an account on a submit node, and you are ready to run your first job in the CHTC. As we described in Our Approach. The CHTC is a collection of distributed resources. The magic that enables you to run jobs on these resources is software, called HTCondor. Developed at the UW-Madison. Bin/bash # # hello-cht...
chtc.cs.wisc.edu
Citing CHTC Resources - Center for High Throughput Computing
http://chtc.cs.wisc.edu/cite-chtc.shtml
Use Our HTC Submit Node. Run Your First HTC Jobs. HTC for MatLab, Python or R. Use the HPC Cluster. Build and Test Lab. WID (Wisconsin Institute for Discovery). Last updated Oct 5, 2014). For a Grant Proposal. Feel free to modify the below text, use only certain paragraphs, or contact us for more input or customizable letters of support.). Other campus resources you may wish to write about:). Last updated Jul 10, 2015). For all user support, questions, and comments: chtc@cs.wisc.edu.
chtc.cs.wisc.edu
CHTC News - Center for High Throughput Computing
http://chtc.cs.wisc.edu/news.shtml
Use Our HTC Submit Node. Run Your First HTC Jobs. HTC for MatLab, Python or R. Use the HPC Cluster. Build and Test Lab. WID (Wisconsin Institute for Discovery). The following links reference news-making events from the CHTC:. July 31, 2012 Collaborative computing, pioneered at UW-Madison helped drive LHC analysis. May 9, 2011 Red Hat honors UW-Madison partnership, contributes to research computing. For all user support, questions, and comments: chtc@cs.wisc.edu.
eu-eela.eu
..::EELA:::E-Infraestructure shared between Europe and Latin America:::::::::::::.................
http://www.eu-eela.eu/eela_wp2.php
Search inside the site with. Contract no. 026409. EELA at a glance. Financial and Administrative Documentation. Collaborate with EELA or become an EELA Member? EELA in the news. Last updated: April 23 2014 14:26:49. WP2 Pilot Testbed Operation and Support. GRID ACCEPTABLE USE POLICY. An important objective of the EELA project is to setup a pilot e-Infrastructure in Latin America interoperable with EGEE. Project, where the European partners have already a successful experience. Partners in Latin Ameri...
wiki.nikhef.nl
AuthZ-Interop - GridWiki
https://wiki.nikhef.nl/grid/AuthZ-Interop
The AuthZ Interop group is a collaboration of EGEE. The VO Services â Privilegeâ Project. With contributions from ANL, BCCS, BNL, FNAL, INFN, Nikhef, Switch, UvA, and the UWMadison. The goal of the Authorization Interoperability activity is providing interoperability between middle ware and authorization infrastructures. This is achieved by agreeing on and implementing an authorization protocol common to OSG VO services, EGEE, Globus, and Condor. Joint Attribute and Obligation Profile. Dave Dykstra's CHE...
fvlingen.blogspot.com
ITnsight: September 2014
http://fvlingen.blogspot.com/2014_09_01_archive.html
Find me : Web Site. Monday, September 15, 2014. What does CERN (Big Data Science) do? CERN is an international organisation located in Geneva Switzerland. The physics experiments at CERN are international collaborations that operate independently (but in collaboration with CERN). The four main experiments currently are CMS, Alice, Atlas, and LhcB. Experimental physicists are typically involved in several core activities:. Data distribution and transfer. And attempts to maximize throughput. Mimics the dat...