Week-By-Week Syllabus

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Week

Lecture

Notes

1

Jan 26  Introduction
Jan 28  Introduction
Section: S1: P1.1.2, P1.2.5, P1.3.3
Reading:  1.1-1.4, Read the course website.
Event:

2

Feb 2    Introduction
Feb 4     Interpolation
Section: S2: P1.3.4, P1.4.8, P1.5.6
Reading:  1.5-1.6, 2.1
Event:

3

Feb 9     Interpolation 
Feb 11   Piecewise Polys
Section:  S3: P2.1.1, P2.2.3, P2.3.3
Reading: 2.2, 2.3, 2.4.4, 3.1
Event: P1 Due 2/9

4

Feb 16   Piecewise Polys
Feb 18   Piecewise Polys
Section: S4: P3.1.5, P3.2.3, P3.3.7, P3.3.9
Reading: 3.2, 3.3
Event:

5

Feb 23   Quadrature
Feb 25   Quadrature
Section: S5: P4.2.2, P4.3.2, P4.4.2
Reading: 4.1-4.4
Event: P2 Due 2/23,   Prelim I (2/24)

6

Mar 1   Matrix Operations
Mar 3    Matrix Operations
Section: S6: P4.2.2, P4.3.2, P4.4.2
Reading: 5.1, 5.2, 5.4
Event:

7

Mar 8   Linear Systems
Mar 10  Linear Systems
Section: S7:  P5.1.4, P5.2.5, P5.4.3
Reading: 6.1, 6.2
Event:  

8

Mar 15  Linear Systems
Mar 17  Linear Systems
Section: S8: P6.1.2, P6.2.1, P6.2.4.P6.3.3, P6.3.8, P6.4.1, P6.4.4
Reading: 6.3, 6.4
Event:  P3 Due 3/15

 

 

Spring Break

Week

Lecture

Notes

9

Mar 29  Least Squares
Mar 31  Least Squares
Section: S9: P7.1.2, P7.1.5, P7.3.5
Reading: 7.1, 7.3.1, 7.3.2
Event:

10

Apr 5   Optimization
Apr 7    Optimization
Section: S10: P8.1.5, P8.1.7, P8.2.2, P8.2.4
Reading: 8.1, 8.2
Event:  P4 Due 4/5   Prelim II (4/8)

11

Apr 12   Optimization
Apr 14   Optimization
Section: S11: P8.3.1, P8.4.6
Reading: 8.3, 8.4
Event:   

12

Apr 19   Eigenvalue Problems 
Apr 21   Eigenvalue Problems
Section: S12:  P8.3.1, P8.4.6
Reading: Moler (Chapter 10)
Event: P5 Due 4/23

13

Apr 26  Eigenvalue Problems
Apr 28  Eigenvalue Problems
Section: S13: TBA
Reading: Moler (Chapter 10)
Event: 

14

May 3   Applications
May 5    Applications
Section: TBA
Reading:
Event: P6 Due 5/7

Notes: S1--S13 are section assignments. P1--P6 are programming assignments. All readings for the first 11 weeks are from the Introduction to Scientific Computing: A Matrix-Vector Approach Using Matlab.