MATH 375, Introduction to Numerical Computing
General description
The goal of this course is to introduce basic techniques for the efficient numerical solution of different types of linear and non-linear problems. Topics covered include: root finding, direct and iterative methods, interpolation, integration, differentiation, and ordinary differential equations. We will learn and use MATLAB to implement numerical algorithms.
Text book
Numerical Analysis by Timothy Sauer, 2nd edition.
NEWS!!
Final is scheduled for Wednesday May 14, 2014 at 10:00am in class. Study quesions were handed out in class and will not be uploaded on the course homepage.
Office hours
M 9:30 - 11:00 SMLC 216
W 14:30-16:00 SMLC 216
Or by making appointment through email
Syllabus
Assignments
HW10
Lecture notes
Introduction to Matlab:
Lecture 1
 
Lecture 2
 
Lecture 3
 
Lecture 4
Solving scalar equations:
Lecture 5
 
Lecture 6
 
Lecture 7
 
Lecture 8
 
Lecture 9
 
Lecture 10
 
Lecture 11
Finite precision effects:
Lecture 12
 
Lecture 13
Solving systems of linear equations:
Lecture 14
 
Lecture 15
 
Lecture 16
 
Lecture 17
 
Lecture 20
 
Lecture 21
 
Lecture 22
Interpolation:
Lecture 23
 
Lecture 24
 
Lecture 25
 
Lecture 26
 
Lecture 27
 
Lecture 28
Least Squares:
Lecture 31
 
Lecture 32
 
Lecture 33
 
Numerical Differentiation:
Lecture 34
Numerical Integration:
Lecture 35
 
Lecture 36
 
Lecture 37
Initial Value Problems:
Lecture 38
 
Lecture 39
 
Lecture 40
 
Lecture 41
Other Lectures:
Lecture 18 (review lecture)
 
Lecture 19 (Midterm 1)
 
Lecture 29 (review lecture)
 
Lecture 30 (Midterm 2)
Exams
- Midterm 1 (Wednesday March 05, 2014 in class)
- Study questions
- Exam questions and solutions
- Midterm 2 (Friday April 11, 2014 in class)
- Study questions (handed out in class - ask me if you did not receive it)
- Final (Wednesday May 14, 2014 at 10:00am in class)
- Study questions (handed out in class - ask me if you did not receive it)
motamed@math.unm.edu
Last updated: May 2014
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