search for: lhc

This may be of interest: http://lhc-compiler.blogspot.com/2009/01/case-against-cllvm.html People implementing a new Haskell compiler explain why LLVM is an unsuitable target for them.

-----BEGIN PGP SIGNED MESSAGE----- Hash: SHA1 Hi list, I just did my daily news scan and saw some screenshots that illustrate the press release [0] announcing the first collisions at the LHC. Those screenshots show windows and buttons that exactly match my CentOS GNOME Desktop [1]. AFAIK, SuSE/Novell has different skins, as has (Open)Solaris and AIX, for instance. So, has there anybody more information on this? Would make a nice success story for CentOS! Best, Timo [0] -- http://pr...

And the followup: http://lhc-compiler.blogspot.com/2009/01/why-llvm-probably-wont-replace-c.html On Sat, Jan 17, 2009 at 1:18 PM, Mikhail Glushenkov <foldr at codedgers.com> wrote: > > This may be of interest: > > http://lhc-compiler.blogspot.com/2009/01/case-against-cllvm.html > > People implementing...

Hi, I'd like to use Latin Hypercube Sampling (LHC) in the the context of uncertainty / sensitivity analysis of a complex model with approximately 10 input variables. With the LHC approach I'd like to generate parameter combinations for my model input variables. Therefore I came across an simple example here on the mailing list ( https://stat.e...

On Jan 17, 2009, at 10:18 AM, Mikhail Glushenkov wrote: > This may be of interest: > > http://lhc-compiler.blogspot.com/2009/01/case-against-cllvm.html > > People implementing a new Haskell compiler explain why LLVM is an > unsuitable target for them. I find the article, and particularly the preceding one (http://lhc-compiler.blogspot.com/2009/01/what-is-lhc.html ) to be quite amusin...

...time series mutual2<-function(datin,lmax) { library(KernSmooth) lmax<-lmax+1 lhplogp<-numeric(100) rhplogp<-numeric(100) mut<-numeric(lmax) jointplogp<-matrix(0,nrow=100,ncol=100) lh<-as.vector(datin[,1]) rh<-as.vector(datin[,2]) rhemb<-embed(rh,lmax) lhc<-lh[1:length(rhemb[,1])] for (i in 1:lmax) { rhc<-rhemb[,i] kd<-bkde2D(cbind(lhc,rhc),bandwidth=c(dpik(lhc),dpik(rhc)),gridsize=c(100,10 0),truncate=T) #2d kernel density estimate in 2 dimensions) kdmat<-as.matrix(kd$fhat) for (j in 1:100){ p<-...

The videos from the recent #CentOSDojo at #CERN are now available on the CentOS YouTube channel. If you have time for only one, be sure to watch the first video, which talks about the challenges that CERN has with the enormous amount of data they produce every day in the LHC. Also recommended, Fabian's discussion of the coming (and already in place!) changes to the CentOS Git infrastructure. https://www.youtube.com/watch?v=fs8knVCqEj4&amp;list=PLuRtbOXpVDjBVqThWSByt1ZdJV9F9LYlL -- Rich Bowen - rbowen at redhat.com @CentOSProject // @rbowen 859 351 9166

Hello, I am working with several Dell PE720xd. I have 24 disks per server at my disposal with a high end raid card with 1GB RAM and BBC. I will be building a distributed-replicated volume. Is it better for me to set up one or two large RAID0 arrays and use those as bricks, or should I make each hard drive a brick? This will be back end storage for an image search engine with lots of small file

...ms it's way too high overhead without any, you know, data. Then again, he also thinks writing a good native code generator isn't that difficult, so .... On Sat, Jan 17, 2009 at 1:18 PM, Mikhail Glushenkov <foldr at codedgers.com> wrote: > This may be of interest: > > http://lhc-compiler.blogspot.com/2009/01/case-against-cllvm.html > > People implementing a new Haskell compiler explain why LLVM is an > unsuitable target for them. > > _______________________________________________ > LLVM Developers mailing list > LLVMdev at cs.uiuc.edu http://l...

...wrote: > The videos from the recent #CentOSDojo at #CERN are now available on the > CentOS YouTube channel. If you have time for only one, be sure to watch > the first video, which talks about the challenges that CERN has with the > enormous amount of data they produce every day in the LHC. > > Also recommended, Fabian's discussion of the coming (and already in > place!) changes to the CentOS Git infrastructure. > > https://www.youtube.com/watch?v=fs8knVCqEj4&amp;list=PLuRtbOXpVDjBVqThWSByt1ZdJV9F9LYlL >

https://bugzilla.mindrot.org/show_bug.cgi?id=958 Christoph Anton Mitterer <calestyo at scientia.net> changed: What |Removed |Added ---------------------------------------------------------------------------- CC| |calestyo at scientia.net --- Comment #3 from Christoph Anton Mitterer <calestyo at

Hi All, What is the recommended procedures for resolving split-brain conditions on files and replication failures? Thanks, Michael ______________________________________________________________________________________ Michael Kushnir System Architect / Engineer Communications Engineering Branch Lister Hill National Center for Biomedical Communications National Library of Medicine 8600

...nlm.nih.gov) -- -------------------------------------------------------------------------------- R. P. C. Rodgers, M.D. * rodgers at nlm.nih.gov * (301)496-9305 (voice, fax) CSB, LHNCBC, U.S. National Library of Medicine, NIH Bldg 38A, Rm. 9S-916, 8600 Rockville Pike, Bethesda MD 20894 USA http://lhc.nlm.nih.gov/staff/rodgers/rodgers.html

...run by the llvm jit. Cling has implemented some language "extensions" such as execution statements on the global scope and error recovery. Cling is in the core of HEP -- it is heavily used during data analysis of exabytes of particle physics data coming from the Large Hadron Collider (LHC) and other particle physics experiments. Plans === The project foresees three main directions -- move parts of cling upstream along with the clang and llvm features that enable them; extend and generalize the language interoperability layer around cling; and extend and generalize the OpenCL/...

...and run by the llvm jit. Cling has implemented some language "extensions" such as execution statements on the global scope and error recovery. Cling is in the core of HEP -- it is heavily used during data analysis of exabytes of particle physics data coming from the Large Hadron Collider (LHC) and other particle physics experiments. >> >> >> Plans >> === >> >> The project foresees three main directions -- move parts of cling upstream along with the clang and llvm features that enable them; extend and generalize the language interoperability layer a...

Good afternoon, I am playing around with GlusterFS 3.1 in CentOS 6 virtual machines to see if I can get of proof of concept for a bigger project. In my setup, I have 4 GlusterFS servers with two bricks each of 10GB with XFS (per your quick-start guide). So, I have a total of 8 bricks. When bu I have no problem with distributed-replicated volumes. However, when I set up a striped replicated

...sions" such as >>>> execution statements on the global scope and error recovery. Cling >>>> is in the core of HEP -- it is heavily used during data analysis of >>>> exabytes of particle physics data coming from the Large Hadron >>>> Collider (LHC) and other particle physics experiments. >>>> >>>> >>>> Plans >>>> === >>>> >>>> The project foresees three main directions -- move parts of cling >>>> upstream along with the clang and llvm features that enable th...

...ivion for telling you, and keep on pretending that you really believe that "you and your generation" are responsible for discovering and inventing these things all on your own and I should be thanking you for naming everything after me. I have a little story I tell about Apollo 13 and the LHC that kind of implies that you have contributed quite a bit to the story about how hidden time travel saved that spacecraft from not having enough time to put together the puzzle of resources and gizmos they needed to prevent their death in a single day ... but truth be told, if you think you didn...

...light. A girl in California in 2014 said something like "so there's no space, then?" in a snide and somewhat angry tone--there is space, you can see it through the windows in the skies, you can see the stars have lessened, and time has passed--and I'm sure you understand how "LHC" and Apollo 13 show us that time travel and dark matter are also part of this story of "Marshall's" and Slim Sh*ad*y and Dave's "the walls and halls will fade away <http://marchekay.gq/lists/lt.php?id=YUgFAQNQVE9RUVAdU1wDX1cNVg> " and you might even understand...

...and run by the llvm jit. Cling has implemented some language "extensions" such as execution statements on the global scope and error recovery. Cling is in the core of HEP -- it is heavily used during data analysis of exabytes of particle physics data coming from the Large Hadron Collider (LHC) and other particle physics experiments. >>> >>> >>> Plans >>> === >>> >>> The project foresees three main directions -- move parts of cling upstream along with the clang and llvm features that enable them; extend and generalize the language...