similar to: Confidence intervals PLS prediction

Hi I'm performing a PLS This is my data present in a file Year Y X2 X3 X4 X5 X6 1960 27.8 397.5 42.2 50.7 78.3 65.8 1960 29.9 413.3 38.1 52 79.2 66.9 1961 29.8 439.2 40.3 54 79.2 67.8 1961 30.8 459.7 39.5 55.3 79.2 69.6 1962 31.2 492.9 37.3 54.7 77.4 68.7 My R-code Data <- read.csv("C:/TestData.csv") variable=names(Data)[4:8] dataset=NULL dataset$X=NULL len=length(variable)

Hello, I am running a simple plspm for a class project due later today and I am receiving the following error despite following along exactly with Gaston Sanchez's directions in PLS Path Modeling with R: Error in solve.qr(qr(X.blok), Z[, j]) : singular matrix 'a' in 'solve' I would greatly appreciate any help resolving this matter. I got the same error after changing the

Dear R-helpers, Has anybody ever tried to compare pls regression outputs from the pls.pcr R-package developped by Wehrens with outputs from the Unscrambler software developped by CAMO company ? I find very different outputs and wonder if this comes from differences between methods/algorithms SIMPLS (pls.pcr) and PLS1 (Unscrambler). Arnaud ************************* Arnaud DOWKIW Department of

Hello, I am a novice R user and am having difficulty retrieving the values from 21 iterations of the R function integrate. The only way I have found is to do a write.table and then a read.table as shown in the code below. I would rather capture the 21 values inside the braces ( sapply might work, but I can't set it up without getting an error in function) so I could compute the

Hi, This is a summary of some of the major things going on in the project, its not a comprehensive list, but should cover most of the major traction points: Firstly, lets all welcome Brian Stinson to the fold ( http://lists.centos.org/pipermail/centos-devel/2015-April/013211.html ) ---------- Updates for CentOS 5/6/7 : All updates from upstream are released into the CentOS Linux mirror network.

Dear R Users, I have a data frame of 360 rows by 720 columns (259200 values). For each value in this grid I am hoping to apply an equation to, to generate a new grid. One of the parts of the equation (called 'p') relies on reading from a separate reference table. This is Table 4 at: http://www.fao.org/docrep/s2022e/s2022e07.htm#3.1.3%20blaney%20criddle%20method (scroll down a little).