search for: mlevins

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2024 Jun 11
2
Integration of functions with a vector argument
...th a vector argument x. At the very least, I haven't seen any good examples of this being done. Any suggestions? Yours sincerely, Michael Michael Levine Associate Professor, Statistics Department of Statistics Purdue University 250 North University Street West Lafayette, IN 47907 USA email: mlevins at purdue.edu Phone: +1-765-496-7571 Fax: +1-765-494-0558 URL: www.stat.purdue.edu/~mlevins [[alternative HTML version deleted]]
2024 Jun 12
2
Integration of functions with a vector argument
? Tue, 11 Jun 2024 18:44:08 +0000 "Levine, Michael" <mlevins at purdue.edu> ?????: > Let us say we have a function > > F <- function(x){ body of the function} > > Where x is, in general, a d by 1 vector with d>1. Now I want to > integrate out some of the coordinates of x, e.g. x[1] or x[2] or both > of them etc. I'm well...
2010 Sep 25
5
Problem with Wine on a Mac
I'm trying to use Wine on an Intel Mac (OS 10.4.11) to run the Amazon Kindle for PC app. I've installed Wine following the instructions at http://davidbaumgold.com/tutorials/wine-mac/ and when I do "wine KindleForPCinstaller.exe" from SH's $ prompt, it successfully creates the file "Kindle For PC.desktop" (which looks like a Windows shortcut or batch/shell
2004 Feb 20
1
Confidence intervals for logistic regression
...likelihood ratio and/or score-based confidence intervals? Yours, Michael ~~~~~~~~~~~~~~~~~~~~~ Michael Levine Assistant Professor Department of Statistics School of Arts and Sciences Purdue University Office: MATH 438 150 N. University Street West Lafayette, IN 47907 phone (765)496-7571 e-mail: mlevins@stat.purdue.edu ~~~~~~~~~~~~~~~~~~~~ [[alternative HTML version deleted]]
2024 Jun 13
1
Integration of functions with a vector argument
? Wed, 12 Jun 2024 23:42:18 +0000 "Levine, Michael" <mlevins at purdue.edu> ?????: > f.int1 <- function(x,y) {Vectorize (function(y) f(c(x,y),H=H,j=j))} Vectorize returns a callable function(y), so wrapping it in a function(x,y) will not work. Since you'd like to integrate over y, we can perform the same transformation manually using vapply:...