search for: quantative

Hi, As part of an R code assingment I have been asked to find a quantitative procedure for assessing whether or not the data are normal? I have previously used the graphical procedure using the qqnorm command. Any help/tips would be greatly appreciated as to how I should start going about this! Henry _________________________________________________________________

Hi, there: I have a variable whose distribution is far from normal and its qqnorm is S-shape, like a logisitic plot. My purpose is to discretize it into 2 or 3 classes. (basically, a transformation from quantative to discrete). I am wondering if there is a good way to do that. thanks, Ed

...format, which is basically SQLite database. Data are stored in UTF-8, so it should be portable # Facilitator helps to categorize codes,which is key to theory building. I deliberately avoid using tree-like categorization # There is a case category, which is crucial feature to bridge qualitative and quantative research # Search information about selected case from the Internet vis popup menu # Temporary delete files and codes # Rename the files,code, code category, case and others More information can be found in http://rqda.r-forge.r-project.org/ Comments and suggestions are welcome:) -- HUANG Rongg...

...format, which is basically SQLite database. Data are stored in UTF-8, so it should be portable # Facilitator helps to categorize codes,which is key to theory building. I deliberately avoid using tree-like categorization # There is a case category, which is crucial feature to bridge qualitative and quantative research # Search information about selected case from the Internet vis popup menu # Temporary delete files and codes # Rename the files,code, code category, case and others More information can be found in http://rqda.r-forge.r-project.org/ Comments and suggestions are welcome:) -- HUANG Rongg...

...<- sample(c(1,0),100, replace = T, prob = c(0.6, 0.4)) > } > if ( x == 0) { > xv <- sample(c(0,0),100, replace = T, prob = c(0.5, 0.5)) > } > return(xv) > } > > # applying the function > x = mfun1(1) > > # just what I know so far, correlated sample for a quantative data (i do > not want !) > library(ecodist) > y <- corgen(x=x, r=.5)$y > What I want is to generate new variable that is correlated at the same new > variable should be a qualitative one with just value 2,1,0 (no decimals). > > I have vector of length 100, just an example &g...

...ce = T, prob = c(0.6, 0.2, 0.2)) } if ( x == 1){ xv <- sample(c(1,0),100, replace = T, prob = c(0.6, 0.4)) } if ( x == 0) { xv <- sample(c(0,0),100, replace = T, prob = c(0.5, 0.5)) } return(xv) } # applying the function x = mfun1(1) # just what I know so far, correlated sample for a quantative data (i do not want !) library(ecodist) y <- corgen(x=x, r=.5)$y What I want is to generate new variable that is correlated at the same new variable should be a qualitative one with just value 2,1,0 (no decimals). I have vector of length 100, just an example vc <- sample(c(2,1,0),100, replac...

I am trying to obtain optimum gain settings for a bank of analog lines connected to a channel bank. My telco has provided a 'Type 102' test line to use for incoming level calibration. This is functionally equivalent to app Milliwatt(), but provides tone from the CO inwards. Question is, how should one use this a 0dbm test source with ztmonitor? Am I correct in understanding that a 0dbm

...lds--and those things in and of themself prove that this "technology" is a violation of natural laws. Specifically it violates the law of conservation of energy, and that's lead me down a train of thought that has come to looking at the entirety of Quantum Mechanics as a sort of "quantative easing" ... in the world we should see that too, it's market magic keeping inflation down rather than any sort of reality. Quickening Enlightenment, what that means is that what we are witnessing, this mass control is a "hack in simulated reality" something that can be turned off...

...lds--and those things in and of themself prove that this "technology" is a violation of natural laws. Specifically it violates the law of conservation of energy, and that's lead me down a train of thought that has come to looking at the entirety of Quantum Mechanics as a sort of "quantative easing" ... in the world we should see that too, it's market magic keeping inflation down rather than any sort of reality. Quickening Enlightenment, what that means is that what we are witnessing, this mass control is a "hack in simulated reality" something that can be turned off...

CRAN (and crantastic) updates this week New packages ------------ * disclapmix (0.1) Maintainer: Mikkel Meyer Andersen Author(s): Mikkel Meyer Andersen and Poul Svante Eriksen License: GPL-2 http://crantastic.org/packages/disclapmix disclapmix makes inference in a mixture of Discrete Laplace distributions using the EM algorithm. * EstSimPDMP (1.1) Maintainer: Unknown Author(s):