Reference:
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Course Outline 
"Numerical Recipes"
Matlab
Matlab tutorials
Review Questions
Lecture Notes:
Notes for Jan 4-13 
Notes for Jan 16-20 
Notes for Jan 24-28 
Notes for Jan 30 - Feb 3 
Notes for Feb 6-10 
Introduction to chebfun 
Notes for Feb 13-17 
Notes for Feb 27 - Mar 3 
Notes for Mar 6-10 
Notes for Mar 13-17  
Notes for Nov 20-24 
Numerical Differentiation 
Numerical Solution of ODEs 
Computer Programs:
Submission Template
finite precision arithmetics
example script
example function
Bisection
Secant Method (I)
Fixed Point (I)
Fixed Point (II)
Newton's Method (I)
Secant Method (II)
Ax=b
Ill-Conditioned Problems (I)
Ill-Conditioned Problems (II)
Iterative Solvers (I)
Weierstrass Theorem
Lagrange Polynomial
Lagrange Interpolation
Runge's Phenomenon
Approximation (I)
Approximation (II)
Orthogonal Polynomials
Aliasing (I)
Aliasing (II)
Convergence Analysis (I)
Convergence Analysis (II)
Bernstein Ellipse
Numerical Differentiation
Finite Differences for ODEs (I)
Finite Differences for ODEs (II)
Homework Assignments:
HW#1
(Sol'n, Results)
HW#2 (Sol'n, Results)
HW#3 (Sol'n, Results)
HW#4 (Sol'n, Results)
HW#5 (Sol'n, Results)
Tests:
Test #1 (Sol'n,
Results)
Test #2 (Sol'n,
Results)
Miscellaneous:
Reading PDF files
Academic Policies
Academic Integrity