search for: characterises

Hi, I'm working on leaf characteristics of trees. Each tree is characterised by about 10 leaf traits. The trees were sampled at 9 different locations (about 20 to 30 trees/location, NOT balanced), grouped in 3 different climatic zones (Sahelian, Soudanian and Guinean) (NOT balanced). Further, each tree is characterised by some degree of human pressure (mutilation degree), in total 4

On 1 July 2015 at 11:34, Russell Wallace <russell.wallace at gmail.com> wrote: > Why do you say spin? You're dismissing all use-cases other than this very narrow one I'd (with my own spin) characterise as "Do What I Mean, I Can't Be Bothered To Get My Code Right". Fair enough, you're arguing in favour of a point; but it's not one I agree with. Tim.

On 15/05/2014 22:52, Tom Stellard wrote: > On Thu, May 15, 2014 at 10:41:08PM +0300, Alp Toker wrote: >> On 15/05/2014 22:12, Tom Stellard wrote: >>> On Thu, May 15, 2014 at 01:38:32PM +0200, Tuncer Ayaz wrote: >>>> On Thu, 15 May 2014 02:25:30 +0200, Tom Stellard wrote: >>>> >>>>> On Sat, May 10, 2014 at 11:48:23PM +0200, Tuncer Ayaz wrote:

I hope a very basic R/S programming question is appropriate for this list... I have a function which returns a list of several (named) numeric values characterising an event history for a person. I want to invoke the function many (1000) times and create a vector of these lists to represent the histories of a population. At first, I thought that a data frame would be the appropriate way to

Is there a guide anywhere to embedding LLVM into a program to compile and run a DSEL? Thanks, Sean

I've encountered something that didn't arise using earlier versions of R (Linux). A dataframe is created and new columns added to it by doing calculations using apply with various functions on some of the original columns. It's somewhat too involved to give a toy example that's reproducible. However, the resulting phenemonon can be characterised by the following: Browse[1]>

I have the following set-up. 6 values of a continuous variable (let's say light intensity) are presented to a system. The input is presented as a random series of blocks lasting (say) 5 sec each. ---- ---- ---- etc ---- time -> The output is measured and sampled at say 10 samples/sec. Please ignore the fact that this is a time series and

Hi All, Thanks for all your discussions which I read offline and enhance my knowledge. I just want to know how to make yield curve by bootstrapping using R. Please give me some subject-matter links and code links. Especially the Spot Yield Curve and YTM Curve. Sayonara With Smile & With Warm Regards :-) G a u r a v Y a d a v Senior Executive Officer, Economic Research &

G.5.1 para 2 can be found in the C17 standard -- I actually have the final draft not the published standard. It's in earlier standards, I just didn't check earlier standards. Complex arithmetic was not in the first C standard (C89) but was in C99. The complex numbers do indeed form a field, and Z*W invokes an operation in that field when Z and W are both complex numbers. Z*R and R*Z,

>>>>> Richard O'Keefe >>>>> on Fri, 6 Sep 2024 17:24:07 +1200 writes: > The thing is that real*complex, complex*real, and complex/real are not > "complex arithmetic" in the requisite sense. > The complex numbers are a vector space over the reals, Yes, but they _also_ are field (and as others have argued mathematically only

Hi all, i have a CentoOS based Xen Dom0 running gitco xen3.3.1. I''m experiencing problems with debian Lenny FV domU. After some days of perfect working the VM start to consume all cpu and than i can only connect via ssh to VM and nothing work, neither the "top" command! Any idea? Thanks a lot and regards, Francesco

The latest ext3 patches against linux-2.4.7 and linux-2.4.7-ac3 are at http://www.uow.edu.au/~andrewm/linux/ext3/ Changes since 0.9.4 include: - Fixed a bug which could trip an assertion failure when using small journals under heavy load in full data journalling mode. - A patch from Ted plus the latest version of e2fsprogs plus the stomping of various ext3 bugs gives us preliminary

We already perform optimizations only when the compiler can prove they won’t break the program. The only difference between that and what you suggest is in the definition of “won’t break the program”. We define it as “won’t break the program with respect to the semantics implied by the C/C++ spec”. You want to redefine it, by specifying a new abstract machine, which is more conservative than

The thing is that real*complex, complex*real, and complex/real are not "complex arithmetic" in the requisite sense. The complex numbers are a vector space over the reals, and complex*real and real*complex are vector*scalar and scalar*vector. For example, in the Ada programming language, we have function "*" (Left, Right : Complex) return Complex; function "*" (Left :

James Brown writes: > We are seeing lots of IMAP login attempts like this: > > dovecot[363]: imap-login: Disconnected (auth failed, 1 attempts in 6 secs): user=<xcentrex5fxnewx5fxyorkx5fxquotex5fxisx5fxreadyx2dxx2dx426453.eml>, method=PLAIN, rip=197.255.60.118, > dovecot[363]: imap-login: Disconnected (auth failed, 1 attempts in 6 secs):

Hi, I need to build a simple, command-line method to generate a legal and "perfect" RTP stream across a network link, and analyse it on the other side and measure network performance. Want to do this for a number of links and over long periods. I'm trying to characterise performance of various available Internet links locally as input into a design project. Asterisk isn't

What is the meaning of the "4:", "2:", "30:" and "1:" prefixes for the following entries in yum.log? Most entries in yum.log don't have them. grep "Installed: [0-9]*:" /var/log/yum.log May 07 16:45:53 Installed: 4:perl-5.8.8-27.el5.i386 May 07 16:58:21 Installed: 2:xinetd-2.3.14-10.el5.i386 May 07 17:03:43 Installed:

Hello. I'm programing a tool for ip telephony in hifi quality (diploma) ... I want to know what coding delay ogg produces. Are there low delay variantes? Can anyone help me? Thanks

Jenner lab, University College London Our laboratory uses genomics and biochemical techniques to identify how transcription factors, chromatin modifiers and non-coding RNAs act to regulate cell differentiation. Our research has led to the characterisation of a class of short RNAs transcribed from polycomb target genes that interact with polycomb repressive complex-2 (Kanhere et al., Mol Cell

Dear Dario Sacco, >>>>> "DS" == Dario Sacco <dario.sacco at unito.it> >>>>> on Thu, 06 May 2010 17:45:30 +0200 writes: DS> Dear Dr. Maechler, DS> I am an agronomist and a researcher at the University of Turin. I am DS> also teaching "Applied statistics", then I have some knowledge in DS> Statistics, but not