wcwang@IUVAX.CS.INDIANA.EDU (Bill Wang) (08/15/87)
Adus address:
Andrea Woloski
Apollo Domain/users's society administrator
c/o apollo computer inc.
330 Billerica Road
Chelmsford, MA 01824
There is also a software clearing house I knew of, message follows:
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From: pur-ee!gatech!anlams!anlams!netlibd (Netlib)
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Subject: index
To: iuvax!wcwang
Status: R
===== general NETLIB index =====
Welcome to netlib, a system for distribution of mathematical software
by electronic mail. This index is the reply you'll get to:
mail netlib@anl-mcs.arpa
send index.
To examine the full index for any library send a request of the form:
send index from eispack.
To search for all software with certain keywords:
find cubic spline.
To search for somebody in Gene Golub's address list:
Who is Joan Doe?
displays entries containing "Joan" and "Doe". (no spelling correction!)
Here are some addition forms a request may take...
send dgeco from linpack
(Retrieves routine DGECO and all routines it calls from the LINPACK library.)
send only dgeco from linpack
(Retrieves just DGECO and not subsidiary routines.)
send dgeco but not dgefa from linpack
(Retrieves DGECO and subsidiaries, but excludes DGEFA and subsidiaries.)
send list of dgeco from linpack
(Retrieves just the file names rather than the contents;
this can be helpful when one already has an entire library and just
wants to know what pieces are needed in a particular application.)
whois france
(Retrieves all addresses of people in the database living in France.)
You may include several requests in a single piece of mail, but put
each on a separate line.
Send the requests to "netlib@anl-mcs.arpa" even though replies appear to be
coming from "netlibd@anl-mcs.arpa". You'll be talking to a program,
so don't expect it to understand much English. If your Unix system
doesn't talk directly to research, you might try forwarding through
ihnp4 (AT&T Bell Labs in Chicago) or mcvax (Math Centrum in Amsterdam).
Someone will be paying for long distance phone calls, so be reasonable!
Those with access, possibly through some gateway, to the arpanet can
use netlib@anl-mcs.arpa (at Argonne National Lab) instead of research!netlib
(at Bell Labs in Murray Hill, New Jersey).
The default precision is double; to get single, prefix the library name
with "s". However, if the library only comes in one precision, that's what
you will be sent. To save space we remove sequence numbers and maintain a
central set of machine dependent constants. Otherwise the codes, which are
almost all in Fortran, are as received from the authors. Bugs found in
core libraries like eispack will receive prompt attention; in general, we
will forward comments (and annual lists of recipients) to the code authors.
The "Caveat receptor" you see means: this code may not be worth more than
you are paying for it!
-------quick summary of contents---------
alliant - set of programs collected from Alliant users
apollo - set of programs collected from Apollo users
benchmark - various benchmark programs and a summary of timings
bihar - Bjorstad's biharmonic solver
bmp - Brent's multiple precision package
cheney-kincaid - Programs from the book by, Ward Cheney & David Kincaid
conformal - Schwarz-Christoffel codes by Trefethen; Bjorstad+Grosse
core - machine constants, blas
domino - communication and scheduling of multiple tasks; Univ. Maryland
eispack - matrix eigenvalues and vectors
elefunt - Cody and Waite's tests for elementary functions
errata - corrections to numerical books
fishpack - separable elliptic PDEs; Swarztrauber and Sweet
fitpack - Cline's splines under tension
fftpack - Swarztrauber's Fourier transforms
fmm - software from the book by Forsythe, Malcolm, and Moler
fn - Fullerton's special functions
go - "golden oldies" gaussq, zeroin, lowess, ...
harwell - MA28 sparse linear system
hompack - nonlinear equations by homotopy method
itpack - iterative linear system solution by Young and Kincaid
lanczos - Cullum and Willoughby's Lanczos programs
laso - Scott's Lanczos program for eigenvalues of sparse matrices
linpack - gaussian elimination, QR, SVD by Dongarra, Bunch, Moler, Stewart
lp - linear programming
machines - short descriptions of various computers
microscope - Alfeld and Harris' system for discontinuity checking
minpack - nonlinear equations and least squares by More, Garbow, Hillstrom
misc - everything else
ode - ordinary differential equations
odepack - ordinary differential equations from Hindmarsh
sodepack - ordinary differential equations from Hindmarsh(S.P.)
paranoia - Kahan's floating point test
pchip - hermite cubics Fritsch+Carlson
polyhedron - there is a file for each solid.
pltmg - Bank's multigrid code; too large for ordinary mail
port - the public subset of PORT library
pppack - subroutines from de Boor's Practical Guide to Splines
quadpack - univariate quadrature by Piessens, de Donker, Kahaner
siam - typesetting macros for SIAM journal format
slatec - machine constants and error handling package from the Slatec library
specfun - transportable special functions
toeplitz - linear systems in Toeplitz or circulant form by Garbow
toms - Collected Algorithms of the ACM
y12m - sparse linear system (Aarhus)
--------a bit more detail--------
MISC Contains various pieces of software collected over time and:
the source code for the netlib processor itself;
the paper describing netlib and its implementation;
the abstracts list maintained by Richard Bartels.
GO Golden Oldies: routines that have been widely used,
but aren't available through the standard libraries.
Nominations welcome!
CORE Machine constants (i1mach,r1mach,d1mach), blas (level 1 and 2)
EISPACK A collection of Fortran subroutines that compute the eigenvalues
and eigenvectors of nine classes of matrices. The package can
determine the eigensystems of complex general, complex Hermitian,
real general, real symmetric, real symmetric band, real symmetric
tridiagonal, special real tridiagonal, generalized real, and
generalized real symmetric matrices. In addition, there are two
routines which use the singular value decomposition to solve
certain least squares problems.
Developed by the NATS Project at Argonne National Laboratory.
(d.p. refer to eispack, s.p. refer to seispack)
LINPACK A collection of Fortran subroutines that analyze and solve linear
equations and linear least squares problems. The package solves
linear systems whose matrices are general, banded, symmetric
indefinite, symmetric positive definite, triangular, and tridiagonal
square. In addition, the package computes the QR and singular value
decompositions of rectangular matrices and applies them to least
squares problems.
Developed by Jack Dongarra, Jim Bunch, Cleve Moler and Pete Stewart.
(all precisions contained here)
TOMS Collected algorithms of the ACM. When requesting a specific
item, please refer to the Algorithm number.
FMM Routines from the book Computer Methods for Mathematical
Computations, by Forsythe, Malcolm, and Moler.
Developed by George Forsythe, Mike Malcolm, and Cleve Moler.
(d.p. refer to fmm, s.p. refer to sfmm)
FN Wayne Fullerton's special function library.
(all precisions contained here)
FFTPACK A package of Fortran subprograms for the Fast Fourier
Transform of periodic and other symmetric sequences
This package consists of programs which perform Fast Fourier
Transforms for both complex and real periodic sequences and
certain other symmetric sequences.
Developed by Paul Swarztrauber, at NCAR.
FISHPACK A package of Fortran subprograms providing finite difference
approximations for elliptic boundary value problems.
Developed by Paul Swarztrauber and Roland Sweet.
QUADPACK A package for numerical computation of definite univariate integrals.
Developed by Piessens, Robert(Appl. Math. and Progr. Div.- K.U.Leuven)
de Donker, Elise(Appl. Math. and Progr. Div.- K.U.Leuven
Kahaner, David(National Bureau of Standards) (slatec version)
TOEPLITZ A package of Fortran subprograms for the solution of systems
of linear equations with coefficient matrices of Toeplitz or
circulant form, and for orthogonal factorization of column-
circulant matrices.
Developed by Burt Garbow at Argonne National Laboratory,
as a culmination of Soviet-American collaborative effort.
(d.p. refer to toeplitz, s.p. refer to stoeplitz)
PPPACK Subroutines from: Carl de Boor, A Practical Guide to Splines,
Springer Verlag. This is an old version, from around the time the book
was published. We will install a newer version as soon as we can.
ITPACK Iterative Linear System Solver based on a number of methods:
Jacobi method, SOR, SSOR with conjugate gradient acceleration
or with Chebyshev (semi-iteration - SI) acceleration.
Developed by Young and Kincaid and the group at U of Texas.
BIHAR Biharmonic solver in rectangular geometry and polar coordinates.
These routines were obtained from Petter Bjorstad,
Veritas Research, Oslo Norway in July 1984.
LANCZOS procedures computing a few eigenvalues/eigenvectors of a large (sparse)
symmetric matrix. Jane Cullum and Ralph Willoughby, IBM Yorktown.
LASO A competing Lanczos package. David Scott.
CONFORMAL contains routines to solve the "parameter problem" associated
with the Schwarz-Christoffel mapping. Includes:
SCPACK (polygons with straight sides) from Nick Trefethen.
CAP (circular arc polygons) from Petter Bjorstad and Eric Grosse.
FITPACK A package for splines under tension. (an early version)
For a current copy and for other routines, contact:
Alan Kaylor Cline, 8603 Altus Cove, Austin, Texas 78759, USA
HARWELL Currently contains on the sparse matrix routine MA28 from the
Harwell library. from Iain Duff, AERE Harwell
BENCHMARK contains benchmark programs and the table of Linpack timings.
MACHINES contains information on high performance computers that
are or soon to be made available
MINPACK A package of Fortran programs for the solution of systems of
nonlinear equations and nonlinear least squares problems.
Five algorithmic paths each include a core subroutine and an
easy-to-use driver. The algorithms proceed either from an analytic
specification of the Jacobian matrix or directly from the problem
functions. The paths include facilities for systems of equations
with a banded Jacobian matrix, for least squares problems with a
large amount of data, and for checking the consistency of the
Jacobian matrix with the functions.
Developed by Jorge More', Burt Garbow, and Ken Hillstrom at
Argonne National Laboratory.
(d.p. refer to minpack, s.p. refer to sminpack)
PORT The public subset of the PORT library. Includes the latest version
of Gay's NL2SOL nonlinear least squares. The rest of the PORT3
library is available by license from AT&T.
Y12M calculation of the solution of systems of linear systems of
linear algebra equations whose matrices are large and sparse.
authors: Zahari Zlatev, Jerzy Wasniewski and Kjeld Schaumburg
PCHIP is a fortran package for piecewise cubic hermite inter-
polation of data. It features software to produce a monotone and
"visually pleasing" interpolant to monotone data.
Fred N. Fritsch, Lawrence Livermore National Laboratory
LP Linear Programming - At present, this consists of one subdirectory,
data: a set of test problems in MPS format, maintained by David Gay.
For more information, try a request of the form
send index for lp/data
ODE various initial and boundary value ordinary differential equation
solvers: colsys, dverk, rkf45, ode
ODEPACK The ODE package from Hindmarch and others.
This is the single precision verison to get dp refer to dodepack.
Alan Hindmarch, Lawrence Livermore National Laboratory
ELEFUNT is a collection of transportable Fortran programs for testing
the elementary function programs provided with Fortran compilers. The
programs are described in detail in the book "Software Manual for the
Elementary Functions" by W. J. Cody and W. Waite, Prentice Hall, 1980.
SPECFUN is an incomplete, but growing, collection of transportable
Fortran programs for special functions, and of accompanying test
programs similar in concept to those in ELEFUNT.
W.J. Cody, Argonne National Laboratory
PARANOIA is a rather large program, devised by Prof. Kahan of Berkeley,
to explore the floating point system on your computer.
SLATEC library DoE policy apparently prohibits us from distributing this.
Contact the National Energy Software Center or your congressman.
HOMPACK is a suite of FORTRAN 77 subroutines for solving nonlinear systems
of equations by homotopy methods. There are subroutines for fixed
point, zero finding, and general homotopy curve tracking problems,
utilizing both dense and sparse Jacobian matrices, and implementing
three different algorithms: ODE-based, normal flow, and augmented
Jacobian.
DOMINO is a set of C-language routines with a short assembly language
interface that allows multiple tasks to communicate and schedules
local tasks for execution. These tasks may be on a single processor
or spread among multiple processors connected by a message-passing
network. (O'Leary, Stewart, Van de Geijn, University of Maryland)
Apollo A set of programs collected from Apollo users.
Alliant A set of programs collected from Alliant users.
Cheney-Kincaid Programs from the book by, Ward Cheney & David Kincaid
NUMERICAL MATHEMATICS AND COMPUTING
Polyhedron There is a file for each solid.
The format is nearly obvious; the details are given in poly.man
parmacs - parallel programmming macros for monitors and send/receive
Rusty Lusk, Argonne National Laboratory, June 5, 1987 (lusk@anl-mcs.arpa)
sched - The Schedule Package is an environment for the transportable
implementation of parallel algorithms in a Fortran setting.
Jack Dongarra and Dan Sorensen, Argonne National Laboratory,
June 5, 1987 (dongarra@anl-mcs.arpa sorensen@anl-mcs.arpa)
and also there are a few programs undering the news file comp.sources.unix
Bill Wang
Speech & Hearing Center
Indiana University
Bloomington, IN 47405
UUCP = {ihnp4,seismo,cbosgd}!iuvax!wcwang
CSNET = wcwang@indiana
ARPA = wcwang@iuvax.cs.indiana.edu
Phone = (812) 335-0714obrooks@NSWC-WO.ARPA (08/19/87)
Does anyone have a phone number or net address (ARPA) for ADUS. We are trying to become part of ADUS. We have sent a letter to the society but no response. We especially want to get the X windows version from ADUS becuase it seems to have the least problems. LOST, OSCAR --------------------------------------------------------------------------- IN REAL LIFE: ADDRESS: Oscar Brooks obrooks@nswc-wo.arpa Naval Surface Weapons Center 10901 New Hampshire Ave Silver Spring, MD. 20903
nelson_r@apollo.UUCP (Rolf Nelson) (08/20/87)
>> Does anyone have a phone number or net address (ARPA) for ADUS. We are trying >> to become part of ADUS. We have sent a letter to the society but no response. >> We especially want to get the X windows version from ADUS becuase it seems to >> have the least problems. The coordinator for ordering ADUS software at Apollo is Lisa Mercier. She can be reached at (617)256-6600 x4240 Lisa's mail address is UUCP: mercier_l!apollo ARPA: mercier_l!apollo@mit-eddie.arpa To order a tape containg both X windows Version 10 Release 4 and Gnuemacs version 18.47 for the Apollo you need to send $50.00 (no purchase orders please) payable to: Apollo Computer - Adus Library 330 Billerica Road CHD 02 MK Chelmsford, MA. 01824 You must specify if you want the software on cartridge tape or magtape. Lisa's mail address is UUCP: mercier_l!apollo ARPA: mercier_l!apollo@mit-eddie.arpa Andrea Woloski is the ADUS coordinator for events such as the Annual ADUS User's Conference to be held this year in San Francisco, CA. from September 20-23. She also handles new ADUS memberships. She can be reached at (617)256-6600 x4448. -- Rolf Nelson UUCP: {mit-erl,yale,uw-beaver}!apollo!nelson_r Apollo Computer ARPA: apollo!nelson_r@mit-eddie.arpa -------
martin@prodix.liu.se (Martin Wendel) (04/29/89)
Hello ADUS members out there. I just attended the first board meeting (or whatever it is called) for starting a Swedish ADUS. It should hopefully be started in a few months. We discussed the topic of financing and we could not agree on any method. It is quite clear that the SADUS need finacial support though, but there seems to be a lot of not so very good ways of setting fees. (Should payment be made per node, per user or per company?) Since I was given the job of finding out how this works in other countries I am posting this. Please, send me information on how your ADUS is financed, or if you have got some opinions on financing or any other problems that could arise when starting up a new ADUS. Thanks in advance. Martin Wendel (martin@prodix.ikp.liu.se) IKP-Pt LiTH S-581 83 Linkoping Sweden
olin@sics.se (Peter Olin) (08/15/89)
I've been looking through all my shelves of papers and documentation, but t looks as if I've lost the address to ADUS. Could someone please send me info about becoming a member. ---------------------------------------------------------------------- Peter Olin SICS, PO Box 1263, S-164 28 KISTA, SWEDEN Internet: olin@sics.se Tel: +46 8 752 15 57
krowitz@RICHTER.MIT.EDU (David Krowitz) (08/15/89)
Apollo's ADUS co-ordinator is: Andrea Woloski Apollo Computer, Inc. 330 Billerica Road Chelmsford, MA 01824 You should be able to get an ADUS application form from your local sales office. Andrea can also be contacted via e-mail at woloski_a@apollo.com (it may be apollo.hp.com now) The ADUS office is pretty busy right now preparing for the annual conference in New Orleans. You may not get an immediate response. -- David Krowitz krowitz@richter.mit.edu (18.83.0.109) krowitz%richter@eddie.mit.edu krowitz%richter@athena.mit.edu krowitz%richter.mit.edu@mitvma.bitnet (in order of decreasing preference)