MA427: Introduction to Numerical Analysis I
This is the first half of a one-year
sequence courses that introduce you to the wonderland of numerical analysis.
- General syllabus about this
one-year sequence includes the following subjects (not necessarily
in order.)
- The emphasis in MA427 will be
on the nonlinear problems, whereas the emphasis in MA428 will be on the
linear problems.
- So that you can see the full
spectrum of computational techniques, it is strongly recommended that you
take the full year course.
- A familiarity with some
programming skills is required for this course.
Reading materials:
- Text book: My own lecture notes by subjects
for this course are available on line.
- The following books are good
references for this subject:
- Introduction to
Numerical Analysis, Third Edition, Stoer
and Bulirschs.
- Numerical Analysis,
L. Ridgway Scott.
- Numerical Analysis,
2nd Edition, Tim
Sauer.

Some useful tools:

Grading Policy:
- final grade= (25%
homework) + (50% projects) + (25% final exam)
- Homework and final exam are to be completed by individuals.
- Homework will be assigned
intermittently.
- Homework is meant to supplement gaps in
lectures, so do expect a quick turn-around.
- Projects may be worked on and
turned in by study groups of up to 2 people per group.
- All group members
receive the same grade.
- Projects are related
to skills learned in class, but most topics require additional endeavors
to investigate new territories.
- Project papers require
specific format. All reports and figures must be computer generated.
- Final exam will be in the take-home format. It is a comprehensive
test on all subjects.
- The test will be given out on the last
day of class, Monday, 11/29/2021, and is due by Wednesday, 12/8/2021 at
2:30 PM.
- The answer sheets should be typed and
submitted as one single .pdf file via email.
