Notice board

• Marked assignments can be picked up from HH3035 during office hours or by appointment.
• No lecture on Apr 8th
  In addition to regular office hours, I have special office hours MWF 11:00-13:00 in HH3035.
• Lecture slides (integration part II) .
• Lecture slides (integration part I) .
• Lecture slides (differentiation) .
• Lecture slides (B-spline) .
• Correction use h=0.01 in q.1(d) of hw#4
• Lecture slides (unit 4 part 2) .
• Lecture slides (unit 4 part 1) .
• The due date for HW#3 has been extended till March 2nd
• This is a reminder that there is no amath 3132 lecture on Feb 27, 2009
• Storm update for Feb 20, 2009

  AMAT 3132 mid-term test will go ahead as scheduled today at 15:00 in HH3017

• Lecture slides (unit 3 part 2) can be downloaded.
• Lecture slides (unit 3 part 1) can be downloaded.
• Lecture slides (unit 2.1) can be downloaded.
• Lecture slides (unit 1.2,3,5) can be downloaded.
• You may hand in a report (summary) of 1-2 page for hw#2. This report should contain your student information, and any conclusions that were found by solving the problems. 1 page should be enough for hw#2
• This instuction summarizes the electronic submission of assignment.
• New due date for assignment #1 is Jan 26, 2009.
• This text book is useful to understand how one can use matlab for numerical analysis.
• part one and part two of week one lecture slides can be downloaded.
• Please download hw#1 from the Assessment section of the course webpage.

Matlab code

• Gauss-Seidel and Jacobi method
• divided difference
• example of newton polynomial
• z=interp1(x,y,xi,'cubic') interpolates the tabulated data (x,y) to interpolating nodes xi using a cubic polynomial.
• interpolation example