**Today's Topics:**

- Leslie Fox Prize, 1989
- Source Code Wanted
- PostDoctoral Position at BNL
- Software Wanted for Integer Programming
- Educational Site Licenses for CLAM
- Numerical Analysis Courseware for Mathematica

From: David Handscomb <DCH%VAX.OXFORD.AC.UK@Forsythe.Stanford.EDU>

Date: Thu, 13 Jul 89 15:25 BST

LESLIE FOX PRIZE, 1989

One-Day Meeting - Monday September 4th 1989

To be held at the University of Cambridge

The adjudicating committee (K.W.Morton, J.C.Mason, N.K.Nichols)

have selected seven papers, from the 17 entries that were submitted for the

prize, to be presented by their authors at a meeting that will be held in

Seminar Room A, Department of Applied Mathematics & Theoretical Physics

(DAMTP), Silver Street, Cambridge, England. The programme is as follows:

A.Edelman (MIT)

Eigenvalues and condition numbers of random matrices

M.Buhmann (Cambridge)

Multivariable cardinal interpolation with radial basis functions

B.L.R.DeMoor (Stanford)

The restricted singular value decomposition: properties and applications

D.J.Higham (Toronto)

Highly-continuous Runge-Kutta interpolants

R.H.Chan (Hong Kong)

Circulant preconditioners for Hermitian Toeplitz systems

A.M.Stuart (Bath)

Linear instability implies spurious periodic solutions

M.Ainsworth (Durham)

An asymptotically exact a-posteriori error estimator for the

finite element approximation of problems with singular solutions

If you wish to attend, please inform Professor K.W.Morton, Oxford

University Computing Laboratory, 8-11 Keble Road, Oxford OX1 3QD, England

(na-net identifier na.kmorton, e-mail address morton@na.ox.ac.uk); nobody

who does not do so will be turned away, but it would be helpful to know

numbers by 28th August. Everything except lunch is free.

Professor M.J.D.Powell has kindly arranged a dinner in Pembroke

College on the Monday evening at 15 pounds sterling per head including

wines. Those interested in attending should send him a cheque at DAMTP,

Silver Street, Cambridge CB3 9EW, payable to Pembroke College, not later

than 25th August.

Everyone is encouraged to attend the Numerical Analysis Mini-

symposium to be held in Cambridge the following morning, 5th September,

9.00-12.30, as part of the IMA Silver Jubilee Conference. Speakers are:

A.Iserles, C.M.Elliott, K.W.Morton & E.Suli, C.T.H.Baker, I.S.Duff et al.,

M.G.Cox & P.M.Harris. Further details of the conference are available from

the IMA. For any wishing to attend the Fox meeting and the minisymposium

ONLY (NOT the full IMA conference), Professor Powell has kindly reserved a

few rooms in Pembroke College for the Monday night - please add 18 pounds

to the cheque for the dinner if you wish to take advantage of this.

------------------------------

From: Fred Kus <FRED%McMaster.CA@Forsythe.Stanford.EDU>

Date: Fri, 14 Jul 89 09:24 EDT

I am looking for the source code for the following 3 programs :

1. Algorithm 352 of the ACM - the characteristic values and

solutions of the Mathieu equation.

2. The routines listed in the book by Y. Luke 'Special Functions

and their Approximation'.

3. A routine for the multivariate normal random deviate

generator with given covariance matrix. I know of GGNSM in the

IMSL library but I need a public domain version.

Thank you in advance for any help.

Fred Kus

FRED@SSCvax.MCMASTER.CA

Computing and Information Services

McMaster University

1280 Main Street W.

Hamiltin, On.

Canada L8S 4K1

------------------------------

From: Ronald Peirls <peierls@bnlux0.bnl.gov>

Date: Fri, 14 Jul 89 13:05:16 EDT

PostDoctoral Position at BNL

The mathematical sciences division of the Department of Applied

Science at Brookhaven National Laboratory invites applications for a

possible post-doctoral position in computational numerical analysis.

The recipient will be expected to seek research problems arising out

of Laboratory programs in the physical and environmental sciences, but

the area of research would otherwise be open. The Division currently

pursues work on the development of parallel algorithms for the

solution of partial differential equations, on visualization methods

for nonlinear dynamical systems analysis, on image reconstruction

algorithms, and on the behavior of asynchronous parallel computations.

The Laboratory has major programs in high energy and nuclear

physics, material sciences, accelerator physics, structural biology,

environmental science, and many other areas. The position is expected

to be available beginning October 1, 1989 but applications would be

acceptable from candidates not available till later in the year.

For further information please contact Dr. Ronald F. Peierls,

Mathematical Sciences Division,Department of Applied Science,

Brookhaven National Laboratory, Upton, NY 11973. E-mail can be sent to

peierls@bnl.gov, or, on BITNET to PEIERLS AT BNL

------------------------------

From: Matthew Clegg <cleggm@afsc-bmo.af.mil>

Date: 12 Jul 89 21:31:00 PST

I am interested in obtaining software for solving

(integer) linear programs. Of course, I would be

especially interested in software that is in the public

domain. Do you have any idea where I should look to

find these kinds of programs?

Thank you for your assistance.

Sincerely,

Matthew Clegg.

cleggm@afsc-bmo.af.mil

------------------------------

From: David Foulser <foulser-david@YALE.ARPA>

Date: Thu, 13 Jul 89 11:49:53 EDT

EDUCATIONAL SOFTWARE OFFER

I am writing to let educational NA-NET users know of a special software

offer.

Scientific Computing Associates, Inc., of New Haven, Connecticut, is

offering educational institutions a site license of its CLAM software

running on Sun-3 workstations, for a total of $400. This covers as many

copies as you care to license at one site, with a year of maintenance

supplied to one contact person per license. CLAM runs on a variety of

UNIX computers; this offer applies only to the Sun-3.

CLAM, the Computational Linear Algebra Machine, is an interactive

scientific computing environment with a natural, matrix-based

mathematical syntax. It incorporates a range of advanced features,

including

o sparse matrix algorithms and data structures,

o seamless integration with FORTRAN or C subroutine libraries, and

o powerful graphics supporting common display environments

- Sun workstations

- The X Window System

CLAM is also a complete programming language augmented with on-line

help and symbolic debugging.

CLAM is meant to handle large numerical problems. This distinguishes

it from several other products such as Mathematica (primarily symbolic

math) and MATLAB (works only with smaller dense matrix problems).

CLAM features sophisticated techniques for factoring and solving large

systems of linear equations and other compute-intensive tasks.

These sparse matrix techniques allow CLAM to represent and manipulate

large, sparse arrays efficiently.

CLAM's X Windows graphics supports color, 2-D line and contour, 3-D

surface, and animation graphics. Also available are SunView, PostScript,

and Impress plotting capabilities.

For more information about CLAM, please feel free to send Email, call,

or write. If there is sufficient interest, I can summarize replies.

David Foulser, Ph.D.

Research Scientist/Product Manager

Scientific Computing Associates, Inc.

246 Church Street, Suite 307

New Haven, CT 06510 USA

(203) 777-7442

foulser%sca-sun.uucp@cs.yale.edu

------------------------------

From: Ken Mandelberg <emory!km@gatech.edu>

Date: 15 Jul 89 15:17:27 GMT

Does anyone know of any Mathematica "courseware" appropriate

for a numerical analysis course. More generally, if anyone has

taught a numerical analysis course using Mathematica, I would

appreciate any advise, assignments, etc that emerged from

the experience.

Ken Mandelberg | km@mathcs.emory.edu PREFERRED

Emory University | {decvax,gatech}!emory!km UUCP

Dept of Math and CS | km@emory.bitnet NON-DOMAIN BITNET

Atlanta, GA 30322 | Phone: (404) 727-7963

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End of NA Digest

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