Office: 4-112 Mathematics Building
Dept. Phone: (516)-632-8290
TuTh 11:30-12:50 Math Tower S235S (computer lab in basement)
Office hours 10-11:20, Tuesday and Thursday.
Final Exam 5:30-8:00pm Wednesday, December 13
This is a course in problem solving using MATLAB. This is commercial software produced by the company Mathworks, and is commonly used throughout academia and industry. We will start by going through most of Tobin Driscoll's short book "Learning MATLAB" is the first few days to learn the basic commands. We will then do read selected sections of Cleve Moler's books "Numerical Computing in MATLAB: revised reprint" and "experiments in MATLAB", as well a few articles and blog entries by Moler from the Mathworks site. Moler is the original creator of MATLAB. Moler's books can be purchased as hard-copies, but there are also a free online versions provided by MathWorks (the company the produces MATLAB); you will need to create a MathWorks Account.
The university has a WRTD writing requirement that can be fulfilled by submitting two of the projects from this class. If you intend to fulfill the requirement this way, you should register for the zero-credit course MAT 459, and let me know you want to use your MAT 331 projects for this requirement. I will post possible projects as the semester proceeds and we will discuss a few in class two.
MATLAB is installed on machines in the SINC sites and is available from any computer via the virtual SINC site Virtual SINC site. .
Scripts and functions should be saved in your MySBFiles directory; other dirctories on the SINC site machines are erased after 48 hours. These MySBFiles can be accessed directly from any machine with an internet connection at MySBFiles .
The university license also allows you to download a copy to your home computer (if you are currently a student or faculty member): Information on downloading a copy of MATLAB This page also has instructions on how to create a MATHWORKS account,which you will need to access MATLAB programs and textbooks, even if you don't download a personal copy of MATLAB.
Numerical Computing in MATLAB: revised reprint by Cleve Moler. Our main textbook. Chapters can be downloaded individually. There is also a collection of MATLAB code to download and that is used in the text.
SIAM site for buying hardcopy of "Numerical Computing in MATLAB: revised reprint by Cleve Moler.
Experiments with MATLAB by Cleve Moler. Another textbook on MATLAB, but assuming less math than "Numerical Computing with MATLAB". We will use some chapters from this, such as the one on the Mandelbrot set.
Cleve's Corner articles related to the text and MATLAB in general.
Getting started in MATLAB Introduction by the makers of MATLAB
Learning MATLAB by Toby Driscoll. A very good, very short and inexpensive introduction to MATLAB, by a real expert.
SIAM site for buying of "Learning MATLAB" by Tobin Driscoll.
The not too short introduction to LaTex
Grades will be based on:
(1) In-class quizzes. I provide practice quizzes to do at home.
(2) Homework. These will usually involving writing a short report stating the problem, describing how to solve it, giving the MATLAB code you used, and table or pictures that illustrate your results.
(3) Projects: just like homework, but a little longer and often involving some outside reading. I will make up several of these and you will choose at least two to do.
(4) Final exam (similar to quizzes, but longer)
Send the lecturer (C. Bishop) email at:
Link to history of mathematics There are a lot of iteresting articles here. If you know of other math related sites I should link to, let me know.
A link to MathSciNet (Online Mathematical Reviews). These gives access to reviews of about 3 million mathematical papers and links to some of the actual articles. You will need a NETID and password to access this.
A link to the Stony Brook virtual SINC site . You will need a NETID and password to access this.
A link to the installer for TexMaker. on the SINC site machines. You can also download for use on the virtual SINC site. This is special editor for TeX files that incorporates several steps into one. You will need a NETID and password to access this.
A link to BlackBoard . You will need a NETID and password to access this.
Projects are longer versions of the homework assigments, but I
will give several and you need to choose any three to hand in. If
you are enrolled in MAT 459, then two of these can be used to
satisfy the university WRDT requirement, as described above.
The first project is due October 31, the second November 30 and the third pn Decemeber 13 (last day of class). You may submit eithe a hardcopy or electronic version (but I would prefer a hardcopy to make sure it is printed just as you intend).
Each listed project has two components for you to look at. The first is a one page description of what I want you to do. This will often include an itemized list of computations I want you to make, based on the reading the second part. The second will usually be a some notes written by myself, or a short recent paper by some mathematician describing a calculation or algorithm. Usually there will be more material here than you need to do the project; I generally only want you to do and describe experiments that test the claims of the paper, and you generally don't have to understand the proofs in the paper to do this.
List of projects (more will be added later):
Project 1 , ----- Gauss-Jacobi quadrature and Legendre polynomials , notes by C.Bishop
Project 2 , ----- Points of increase for random walks , by Yuval Peres, Microsoft Research
Project 3 , ----- Uniformly discrete forests with poor visibility , by Noga Alon, Tel Aviv University
Project 4 , ----- Is Gauss quadrature better than Clenshaw-Curtis? ,----- by Lloyd N. Trefethen, Oxford University and NYU
Tuesday, August 29 Introduction, Driscoll Chapters 1 and 2
Cleve's Corner - The origin of MATLAB ,
Homework 0 (PDF)
Homework 0 (TEX)
Homework 0 with Solution (PDF)
Homework 0 with Solution (TEX)
Topics covered: course administration, the class webpage,
how to access the virtual SINC site,
how to open MATLAB, open documentation,
basic arithmetic, digits, vpa
writing a MATLAB script,
entering vectors and matrices
Thursday, August 31 Driscoll Chapters 3 and 4
basic functions: sin, cos, log, exp, rand, round, floor, ceil
arrays: size,length, the colon operator, zeros, ones
Tuesday, September 5 Labor day, NO CLASS
Thursday, September 7 More commands
referencing elements, end, find, logical indexing
strings, char, num2str, str2num, strfind
syms, solve, vpasolve, root
plot versus ezplot
Scripts from Sept 7 class
NCM - Chapter 1, Read Section 1.7 on floating point numbers and precision
Tuesday, September 12 Quiz, last 30 minutes of class
Cleve's Corner - Computing pi , I thought you might like to read this, but I will not be testing you on this material.
Due to a problem with cetain MATLAB commands like "solve", "vpa" and "root" on the virtual SINC site, I will remove these commands from Quiz 1. I have posted a new practice Quiz 1 that reflects these changes.
NEW Practice Quiz 1 (PDF)
NEW Practice Quiz 1 (TEX)
Old Practice Quiz 1 (PDF)
Old Practice Quiz 1 (TEX)
Practice Quiz Solutions (PDF)
Quiz 1 scores
scripts versus functions
if, else, elseif,
for loops, while loops,
Scripts from Sept 12 class
Thursday, September 14
profiling, tic, toc, preallocation
Numerical integration: endpoint rule, midpoint rule, trapezoid rule, Simpson's rule
Using logarithmic plots to measure convergence
Scripts from Sept 14 class
Tuesday, September 19 Homework 1 due
Homework 1 (PDF) - comparing methods of computing e=2.71... ,
Homework 1 (TEX) ,
Polynomial interpolation, equally spaced points versus Chebyshev points, Gauss-Jacobi quadrature
Scripts from Sept 19 class
Wikipedia - Polynomial interpolation
Wikipedia - Chebyshev nodes
Wikipedia - Gauss quadrature ,
Wikipedia - Legendre polynomials ,
Thursday, September 21 Primes and factoring
Commands: factor, primes, isprime, if/else,
Scripts from Sept 21 class
Tuesday, September 26 Quiz 2 (last 30 minutes of class)
Practice Quiz 2 (PDF)
Practice Quiz 2 (TEX)
Practice Quiz Solutions (PDF)
Topics: Chebyshev polynomials and points,
Wikipedia - Chebyshev polynomials ,
Thursday, September 28 Guest Lecture: Prof L.N. Trefethen
The webpage of Professor L.N. Trefethen, FRS . Professor Trefethen is head of the numerical analysis group at Oxford, Global Distinguished Professor at NYU and former president of SIAM. His webpage contains numerous links to papers, essays, lectures and videos related to computational mathematics and MATLAB.
Wikipedia - Chebfun ,
'Six myths of polynomial interpolation and quadrature' by Lloyd N. Trefethen ,
Homepage for CHEBFUN, download it here
First six chapters of "Approximation Theory and Approximation Practice" by L.N. Trefethen
Tuesday, October 3 Root finding: bisection, Newton, secant methods
Homework 2 (PDF) - Chebyshev polynomials ,
Homework 2 (TEX) ,
NCM - Chapter 4 ,
Thursday, October 5 Optimization
Tuesday, October 10 Random walks on the integers
profiling, tic, toc, preallocation
NCM- Chapter 2
Thursday, October 12 Random walks on a grid, simulating Brownian motion,
Tuesday, October 17 Harmonic measure
Thursday, October 19 Conformal maps, SCToolbox
Tuesday, October 24 Graphs
Thursday, October 26 Markov chains
Tuesday, October 31 Mixing times
Thursday, November 2 Language models
Tuesday, November 7 Simple codes
Thursday, November 9 One time pads
Tuesday, November 11 Random numbers
NCM- Chapter 9
Thursday, November 16 Public key exchange, RSA
Tuesday, November 18 No class
Thursday, November 23 Thanksgiving, no class
Tuesday, November 25 Least squares and QR
NCM- Chapter 5
Thursday, November 30 Fast Fourier transform
NCM- Chapter 8
Tuesday, December 5 Signal analysis
Thursday, December 7 last class
Wednesday, December 13 Final exam, 5:30pm-8:00pm
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