This page contains a list of sample Matlab computer programs associated with our textbook written by Professor Piche.
Professor Piche has now updated his course material for the 2nd Edition of our book as of March 2002.
His collection of computer labs is at http://math.tut.fi/~piche/numanal/labs.html
Some of the labs have links to the new set of Matlab m-files at
ftp://ftp.cc.tut.fi/pub/math/piche/73110/
These m-files are compatible with Matlab versions 5.x and 6.1
===== Professor Robert Piche===== Mathematics, Tampere University of Technology PO Box 553, FIN-33101 Tampere FINLAND Voice +358 (3) 31152169 Fax +358 (3) 31153549 ============== http://math.tut.fi/~piche/ ============== This is a collection of MATLAB programs to accompany the computer exercises of a course in elementary numerical analysis based on the textbook D. Kincaid and W. Cheney, Numerical Analysis -- Mathematics of Scientific Computing, 3rd Edition, Brooks-Cole Publishing 2001 They were written by Robert Piche (piche@cc.tut.fi) of Tampere University of Technology in Finland. This collection consists of 48 text files ("M-files") and 1 binary file ("MAT-file"). These can be used by any implementation of MATLAB version 4.0 or higher. The M-files are 1 list of files: The file contents.m lists the file names and gives a brief description of each one. 26 functions: This is a selection of the algorithms covered in the course. Some of the functions are improved versions of standard MATLAB Toolbox functions, some functions are not available in the Toolbox, while others having more limited capability are included for pedagical reasons. Two of the functions, horner.m and littldoo.m, are empty, and the student is required to add code to them during the exercise period. 10 demonstrations: These scripts give examples of the use of the MATLAB software to solve problems. Some of the problems are from the textbook. Three demo scripts, pfitdemo.m, sfitdemo.m and iterdemo.m, feature interactive graphics. 11 exercise sets: These are sets of questions that are to be solved by the students during computer exercise periods. The binary MAT-file psdemo.mat contains large sparse matrix data from a power system network. In addition to the above files, a detailed manual (in compressed postscript format) is contained in file manual.ps.Z. Copies of the manual are also available from the author. The files in this collection are freely available for copying from the anonymous ftp server titan.cc.tut.fi (130.230.23.9) in directory /pub/matlab/numanal. The author welcomes any comments, suggestions or questions about this software or its documentation. Robert Piche
The sample Matlab programs listed above can be found at the following anonymous ftp site:
ftp://ftp.ma.utexas.edu/pub/kincaid-cheney/Matlab/
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