similar to: How to randomize a set of integers in R

Dear all, I am trying to read in big amounts of data with scan. It's only one variable, numeric values, separated by tabs,.. and it's many of them. So I was thinking that I could use the skip option and read in 100000 values at a time - but skip doesn't work, probably because I don't have line breaks in the txt file. So any value specified for skip makes the scan function jump to

Dear all, I am attempting to model some one-dimensional data using a mixture model of non-central Student's t distributions. However, I haven't been able to find any R package that provides this functionality. Could there be a way to "manipulate" the EM algorithms from the mixdist or mixtools package to fit the model, or do you have any other suggestions? If anyone could help

Hi, Can someone please point me to where I can find this early version of the IEEE802.1Qbg implementation? When I downloaded the 0.9.38 version of lldpad, it does not have the latest set of code mentioned below. Thanks. Arpit. -----Original Message----- From: virtualization-bounces at lists.linux-foundation.org [mailto:virtualization-bounces at lists.linux-foundation.org] On Behalf Of

Hi, Can someone please point me to where I can find this early version of the IEEE802.1Qbg implementation? When I downloaded the 0.9.38 version of lldpad, it does not have the latest set of code mentioned below. Thanks. Arpit. -----Original Message----- From: virtualization-bounces at lists.linux-foundation.org [mailto:virtualization-bounces at lists.linux-foundation.org] On Behalf Of

Here is another user that doesn't seem to know how to setup spam filtering... Someone please remove them from the list..... BTW, looks like their bayes DB needs to be re-trained :) Regards, Adam -----Forwarded Message----- > From: Postmaster@fortephones.com > To: mailinglists@websitemanagers.com.au > Subject: RE: Re: [Asterisk-Users] Get the Caller-ID without Answering > Date:

Hi list, not sure if this is the wanted behavior, but running the following code: > version platform i386-pc-mingw32 arch i386 os mingw32 system i386, mingw32 status major 2 minor 1.1 year 2005 month 06 day 20 language R > n <- 500 > d <- 4 > m <- matrix(runif(n*d, -1, 1), ncol=d) > c <- hsv(apply(m, 1, function(x) {sum(x*x)/d}),

Hi list, not sure if this is the wanted behavior, but running the following code: > version platform i386-pc-mingw32 arch i386 os mingw32 system i386, mingw32 status major 2 minor 1.1 year 2005 month 06 day 20 language R > n <- 500 > d <- 4 > m <- matrix(runif(n*d, -1, 1), ncol=d) > c <- hsv(apply(m, 1, function(x) {sum(x*x)/d}),

Dear R developers, The trace of the hat matrix H~(n,n) is computed as follows: tr(H) = tr(BS^-1B') = tr(S^-1B'B) := tr(X) = sum(diag(X)) with B~(n,p), S~(p,p). Since p is of the order 10^3 but S is sparse I would like to employ Taucs linear solver ( http://www.tau.ac.il/~stoledo/taucs/ ) on SX = B'B. (Further improvement by implying a looping over i=1,...,p, calling

Dear R developers, A recent typo led me to discover, that R is happy to accept > 20x2 [1] 20 as input. This appears to be related to the parsing of hexadecimal constants, since there must be a zero before the 'x' (i.e. 2x2 or 02x02 gives the expected error). All this is under R 2.12.1 on both OS X and Linux. Is this expected behavior? Cheers, Olaf Mersmann

Hello all, I'm using R2.7.0 (on Windows 2000) and I'm trying do run a robust regression on following model structure: model = "Y ~ x1*x2 / (x3 + x4 + x5 +x6)" where x1 and x2 are both factors (either 1 or 0) and x3.....x6 are numeric. The error code I get when running rlm(as.formula(model), data=daymean) is: error in rlm.default(x, y, weights, method = method, wt.method =

Hello, the included XZ Utils source code contains an incorrect use of the restrict keyword. This leads to data corruption under certain circumstances. For a short discussion of the problem see http://sourceforge.net/projects/lzmautils/forums/forum/708858/topic/3306733 This was fixed in the XZ Utils git repository in commit commit 49cfc8d392cf535f8dd10233225b1fc726fec9ef Author: Lasse

Hi, This set of patches contains the initial implementation of the IEEE 802.1Qbg standard: code for the exchange of EVB TLVs in LLDP frames to negotiate VSI capabalities as well as VDP VSI TLVs between a host with virtual machines and an adjacent switch. It supports setting the parameters of the TLV exchange from the command line using lldptool. VDP profiles consisting of

Hi, This set of patches contains the initial implementation of the IEEE 802.1Qbg standard: code for the exchange of EVB TLVs in LLDP frames to negotiate VSI capabalities as well as VDP VSI TLVs between a host with virtual machines and an adjacent switch. It supports setting the parameters of the TLV exchange from the command line using lldptool. VDP profiles consisting of

Dear list members, I need to translate 3 lines of matlab code to R (a loop, to be specific), and I don't know what would be the results in matlab or how to do it in R-- I don't realise if they are doing to the col, vector or what. if the results are a vector or a value or a matrix :-( Anyone with matlab, can run it and give me the result? Any ideias what am I doing wrong? The code is

Dear All, Can anyone please tell me where I can obtain uncompiled binary instalation files for R version 1.8. (i.e. rw1080.exe)? I can only find the uncompiled source code on CRAN today. Thank you, Mary Wisz msw@dmu.dk [[alternative HTML version deleted]]

Hi, this set of patches contains the initial implementation of the IEEE 802.1Qbg standard: code for the exchange of EVB TLVs in LLDP frames to negotiate VSI capabalities as well as VDP VSI TLVs between a host with virtual machines and an adjacent switch. It supports setting the parameters of the TLV exchange from the command line using lldptool. VDP profiles consisting of

Hi, this set of patches contains the initial implementation of the IEEE 802.1Qbg standard: code for the exchange of EVB TLVs in LLDP frames to negotiate VSI capabalities as well as VDP VSI TLVs between a host with virtual machines and an adjacent switch. It supports setting the parameters of the TLV exchange from the command line using lldptool. VDP profiles consisting of

Hello, I have a problem with the checking and building of R packages that contain C or FORTRAN code. I have implemented R 2.3.1 (2006-06-01) and the corresponding toolset under Windows XP and Windows 2000. The MinGW compiler components are (exactly as recommended for R 2.3.1) gcc-core-3.4.5-20051220-1.tar.gz gcc-g++-3.4.5-20051220-1.tar.gz gcc-g77-3.4.5-20051220-1.tar.gz

Hi all, I have been searching all sorts of documentation, reference cards, cheat sheets but can't find why R's crossprod(A, B) which is identical to A%*%B does not produce the same as Matlabs cross(A, B) Supposedly both calculate the cross product, and say so, or where do I go wrong? R is only doing sums in the crossprod however, as indicated by (z <- crossprod(1:4)) # = sum(1 +

Hi, this set of patches contains the initial implementation of the IEEE 802.1Qbg standard: code for the exchange of EVB TLVs in LLDP frames to negotiate VSI capabalities as well as VDP VSI TLVs between a host with virtual machines and an adjacent switch. It supports setting the parameters of the TLV exchange from the command line using lldptool. VDP profiles consisting of