Reference:
  • Home
  • 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