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*Week 1: [[Media:Lab1F16.pdf| Lab 1 - Discrete and Continuous Time Signals]]  -([[Sound Trouble?]])
 
*Week 1: [[Media:Lab1F16.pdf| Lab 1 - Discrete and Continuous Time Signals]]  -([[Sound Trouble?]])
  
*Week 2:  [[Media:Lab2F19.pdf| Lab 2 - Discrete Time Systems]]  - [[Media:lab2gradingrubric.pdf|Cover sheet with grading rubric]]- Download data: [[Media:bbox.zip| bbox]] ([[Sound Trouble?]])
+
*Week 2:  [[Media:Lab2F19.pdf| Lab 2 - Discrete Time Systems]]  - [[Media:lab2coverwithgradingrubric.pdf|Cover sheet with grading rubric]]- Download data: [[Media:bbox.zip| bbox]] ([[Sound Trouble?]])
  
 
*Week 3:  [[Media:lab3ECE438F15.pdf| Lab 3 - Frequency Analysis]]
 
*Week 3:  [[Media:lab3ECE438F15.pdf| Lab 3 - Frequency Analysis]]

Revision as of 10:49, 27 August 2019

Lab wiki for ECE 438:Digital Signal Processing With Applications, Fall 2019


Meet your Instructors

Daulet Kenzhebalin Scott Dye

Lab syllabus / Coding Rubric

MATLAB Help Reference Landis Huffman's Matlab Page

Lab report (don't forget the following):

- Cover page: lab#, names, signatures, participation[%], time spent outside the lab session

- Copy the questions in the INLAB REPORT for each section, then answer.

- If INLAB REPORT asks to hand in your Matlab code, include the codes in your report.

- Other requirements: Additional lab report requirement


Basic Folder Setup

  • Week 14: Thanksgiving Break
  • Week 16: Q & A Session (Dead week)

Alumni Liaison

Basic linear algebra uncovers and clarifies very important geometry and algebra.

Dr. Paul Garrett