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Bioconductor 1.1 Released

5 messages · Jason Turner, Jeff Gentry, Mohamed A. Kerasha +1 more

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On Tue, Nov 19, 2002 at 10:46:05PM -0500, Mohamed A. Kerasha wrote:
You'll probably need the RSJava package.  You'll find it at

http://www.omegahat.org/download/R/packages/

As for:
There are (at least) two:  the MPI and PVM interfaces, both of which
are on the contributed packages section of CRAN.

Cheers

Jason
PS messages like this should only go to R-Help, not R-devel.
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The Bioconductor development team announces release 1.1 of the
Bioconductor packages for the analysis of genomic data. Bioconductor
is an open source bioinformatics software project based on R.

Version 1.1 features:
=====================

 * All packages from the 1.0 release are included. All current bug
   fixes have been applied, and most have upgraded and provide
   enhanced functionality. 
 * New packages and major upgrades for release 1.1: affy:
   read.MIAME, a widget for entering phenoData. expresso, a
   flexible function for computing expression measures as well as
   providing widgets to choose among options in the various steps
   of preprocessing. rma, a fast and efficient function to compute
   the multi-array average expression measure.
 * Biobase: vignette and openVignette, functions to give users
   greater interaction with package vignettes from the R command
   line.
 * graph: A new package that provides classes & tools to handle
   graph objects in R.
 * hexbin: A new package which includes binning functions, in
   particular hexagonal bins for graphing
 * marrayTools: A new package with miscellaneous functions use in
   the functional genomics core facility in UCB
 * reposTools: A new package that provides tools for dealing with
   file repositories, which allow users to easily install, update
   and distribute packages, vignettes and other files.
 * tkWidgets: vExplorer, a powerful tool designed to allow users to
   interact with vignette documentation in a hands on manner.
 * vsn: A new package providing calibration and variance
   stabilizing transformations for DNA array data.

Software, documentation, and further details are available on the
Bioconductor WWW site:

      http://www.bioconductor.org/

HELP AND RESOURCES:
===================

Information on subscribing to the mailing list and viewing its archives
can be found at:

      http://www.stat.math.ethz.ch/mailman/listinfo/bioconductor

Please use that list to discuss Bioconductor specific issues, bugs,
and problems.  Note that every package has a vignette (a literate
program which provides an annotated example of the package's use) as
well as possibly some "HOWTO"s.  These document the tool's usage, and
are provided in the "doc" subdirectory of each package library.

WHO:
====

For the Bioconductor development team:

  Douglas Bates, University of Wisconsin, USA.
  Vince Carey, Harvard Medical School, USA.
  Marcel Dettling, Federal Inst. Technology, Switzerland.
  Sandrine Dudoit, Division of Biostatistics, University of
      California, Berkeley, USA.
  Byron Ellis, Harvard Department of Statistics, USA.
  Laurent Gautier, Technial University of Denmark, Denmark.
  Robert Gentleman, Harvard Medical School, USA.
  Jeff Gentry, Dana-Farber Cancer Institute, USA.
  Kurt Hornik, Technische Universitat Wien, Austria.
  Torsten Hothorn, Institut fuer Medizininformatik, Biometrie und
      Epidemiologie, Germany. 
  Wolfgang Huber, DKFZ Heidelberg, Molecular Genome Analysis,
      Germany. 
  Stefano Iacus, Italy
  Rafael Irizarry, Department of Biostatistics (JHU), USA.
  Friedrich Leisch, Technische Universitat Wien, Austria.
  Cheng Li, Harvard Medical School, USA.
  Martin Maechler, Federal Inst. Technology, Switzerland.
  Anthony Rossini, University of Washington and the Fred Hutchinson
      Cancer Research Center, USA. 
  Gunther Sawitzki, Institute fur Angewandte Mathematik, Germany.
  Luke Tierney, University of Iowa, USA.
  Jean Yee Hwa Yang, University of California, San Francisco, USA. 
  Jianhua (John) Zhang, Dana-Farber Cancer Institute, USA

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Dear All,

I'm looking for any documentation or examples on how to call R from JAVA.

I really appreciate your help,

-Mohamed.

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Dear All,

I am completely  new to R, and I was wondering if there is any way you can run concurrent jobs in R.

Thanks,

-Mohamed.


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#
On Tue, 19 Nov 2002, Mohamed A. Kerasha wrote:

            
Depends on what you mean.  Your subject line says "parallel", here you
say "concurrent".  Those are different.  Processes on a time sharing
single processor run concurrently; on a multiprocessor machine some of
them may run in parallel.

There are tools available for using R for parallel programming on a
cluster of workstations.  The rpvm and Rmpi packages available from
CRAN provide powerful low level facilities for this.  The package snow
available at www.stat.uiowa.edu/~luke/R/cluster/ provides a simpler,
higher level interface that is useful for many "embarassingly
parallel" applications.  snow runs on top of sockets, or rpvm, or
Rmpi.  snow is still udergoing changes in its basic design but should
stabilize and get submitted to CRAN within a month or so.

R does not currently allow multiple threads within a single R process.
It may eventually allow concurrent threads; it is unlikely that it
will ever allow parallel threads (for lots of reasons it will probably
always be necessary to make sure that at most one R thread is running
in the R internals at any given time).

luke