MAT 320 - DigiPen - Fall 2024



Available Content:

Office Hours (on Teams, or in person by appointment) M,Th: 11:00-12:00

Changes to due dates will be posted here.

MAT320 syllabus (pdf).

Quiz Link

Quiz 0: Wednesday, Sep 4
Quiz 1: Wednesday, Sep 18
Check your Quiz 1 data
Quiz 1 Answers
Quiz 2: Monday, Sep 30
Check your Quiz 2 data
Quiz 2 Answers
Quiz 3: Wednesday, October 9 (due Friday)
Check your Quiz 3 data
Quiz 3 Answers
Quiz 4: Wednesday, November 6
Check your Quiz 4 data
Quiz 4 Answers
Quiz 5: Monday, Dec 2
Check your Quiz 5 data
Quiz 5 Answers
Midterm Exam: Monday, October 21
Bring one sheet of formulas (both sides).
Check your Midterm Exam data Midterm Exam Answers

Final Exam: Friday, Dec 13, 2-5pm in Pascal
Bring two sheets of formulas (like the midterm, but now two sheets).
Final is comprehensive, covering the whole semester including first half.

Homework Assignment 1 due Wednesday, Sep 11
Homework Assignment 2 due Wednesday, Sep 18
Homework Assignment 3 due Friday, Sep 27
Homework Assignment 4 due Wednesday, Oct 16
Homework Assignment 5 due Wednesday, Nov 6
Reson Filter Derivation of peak frequency
Homework Assignment 6 due Wednesday, Nov 27

All homework is due on the Moodle page by midnight on the due date.
Homework Late Penalty: 10% per day.

Check your quiz scores.
Check your homework scores.
Check your project scores.
Check your midterm exam scores.
Check your final exam scores.

PARI resources: PARI
Fourier Transform: Osgood Notes

Course Projects:
Projects are due on Moodle by midnight on the dates listed on the syllabus
or extended due dates are listed below.
Project 1 due Monday 9/16
Project 2 extended due date Monday 9/30
Notes on DFT (pdf)
Project 3 extended due date Friday 10/18
Notes on FFT with Bit Reversal (pdf)
Project 4
Project 5 extended due date Monday 12/2
sample output for plucked string (dir)
Extra Credit Project 6
sample filtered wav files (dir)
Extra Credit Project 7

Sample Code:
Complex Parser (txt)
Root of Unity (txt)
Fourier Envelope (for wav file I/O) (txt)
SciLab file to graph a polynomial (.sci)
same SciLab file (viewable as txt) (txt)
Wave file header code (J Hanson) (txt)

Sample data:
Project 1 test data (txt)
Project 2 test data (txt)
Project 3 sample output (txt)



Matt Klassen