MobileTest.me: Test your mobile sites and responsive web designs
View web-sites as when they were browsed on a mobile device
Month: July 2014
www.opengl.org: OpenGL 4.2 Reference Pages
www.opengl.org: OpenGL 4.2 Reference Pages
OpenGL Software Development Kit DOCUMENTATION, SAMPLE CODE, LIBRARIES, AND TOOLS FOR CREATING OPENGL-BASED APPLICATIONS
Protected: faz.net: 22.02.14 – Aberkennung des Doktortitels: Hilft nicht: Schavan hat betrogen
Protected: faz.net: Plagiatsfall Schavan, Tücke ist das Hauptprinzip der Verteidiger
Protected: heise.de: Regelbuch enthüllt: Wie US-Behörden die Antiterror-Listen befüllen
xmodulo.com: What are useful online tools for Linux – Linux FAQ
xmodulo.com: What are useful online tools for Linux – Linux FAQ
ExplainShell.com, BashrcGenerator.com, Vim-adventures.com, Try Github, Shortcutfoo.com, GitHub Free Programming Books, Collabedit.com, Cpp.sh, Copy.sh, Commandlinefu.com, Alias.sh, AwesomeCow.com, PenguSpy.com, Linux Cross Reference by Free Electrons
LRZ.de: SuperMUC Petascale System
LRZ.de: SuperMUC Petascale System
SuperMUC SuperMUC is the name of the new supercomputer at Leibniz-Rechenzentrum (Leibniz Supercomputing Centre) in Garching near Munich (the MUC suffix is borrowed from the Munich airport code). With more than 155.000 cores and a peak performance of 3 Petaflop/s (=10^15 Floating Point Operations per second) in June 2012 SuperMUC is one of the fastest supercomputers in the world. System purpose and target users SuperMUC strengthens the position of Germany’s Gauss Centre for Supercomputing in Europe by delivering outstanding compute power and integrating it into the European High Performance Computing ecosystem. With the operation of SuperMUC, LRZ will act as an European Centre for Supercomputing and will be Tier-0 centre of PRACE, the Partnership for Advanced Computing in Europe. SuperMUC is available to all European researchers to expand the frontiers of science and engineering. System overview 155,656 processor cores in 9400 compute nodes >300 TB RAM Infiniband FDR10 interconnect 4 PB
Cilk Home Page | CilkPlus
Cilk Home Page | CilkPlus
Why Use it? Intel© Cilk™ Plus is the easiest, quickest way to harness the power of both multicore and vector processing. What is it? Intel Cilk Plus is an extension to the C and C++ languages to support data and task parallelism.
lotsofcores.com: High Performance Programming for Intel Xeon Phi Coprocessors | Intel Xeon Phi Coprocessor High Performance Programming
lotsofcores.com: High Performance Programming for Intel Xeon Phi Coprocessors | Intel Xeon Phi Coprocessor High Performance Programming
The world’s fastest computer, for the third time in a row on biannual Top500 list, uses Intel Xeon Phi coprocessors to make it possible. Intel Xeon Phi coprocessors are used in the #1, #7, #15, #39, #50, #51, #65, #92, #101, #102, #103, #134, #157, #186, #235, #251 and #451 systems. EXPLICIT VECTORIZATION – A TALK ABOUT THE NEED FOR THIS, GIVEN AT SGIUG ON APRIL 30, 2014
costsofwar.org
costsofwar.org
Over 350,000 Killed by Violence, $4.4 Trillion Spent and Obligated 220,000 civilians have been killed as a result of the fighting at the hands of all parties to the conflict, and more will die in Afghanistan, Iraq, and Pakistan as the violence continues. But most observers acknowledge that the number of civilians killed has been undercounted. The true number of civilian dead may be much larger when an adequate assessment is made. While we know how many US soldiers have died in the wars (over 6,800), what is startling is what we don’t know about the levels of injury and illness in those who have returned from the wars. New disability claims continue to pour into the VA, with 970,000 disability claims registered as of March 31, 2014 [1]. Many deaths and injuries among US contractors have not been identified. Millions of people have been displaced indefinitely and are living in grossly inadequate conditions. The number of war refugees and displaced persons — 6.7 million …