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*Week 3:  [[Media:lab3ECE438F15.pdf| Lab 3 - Frequency Analysis]]
 
*Week 3:  [[Media:lab3ECE438F15.pdf| Lab 3 - Frequency Analysis]]
 
    
 
    
*Week 4:  [[Media:Lab4aF16.pdf| Lab 4a - Sampling and Reconstruction]] -([[Print Trouble?]])
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*Week 4:  [[Media:Lab4aF16.pdf| Lab 4a - Sampling and Reconstruction]]
  
*Week 5:  [[Media:Lab4bF16.pdf| Lab 4b - Interpolation and Decimation]]  -([[Print Trouble?]]) - [https://engineering.purdue.edu/~bouman/ece637/notes/pdf/RateConversion.pdf Graphical Description of 1D/2D Interpolatoin and Decimation]
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*Week 5:  [[Media:Lab4bF16.pdf| Lab 4b - Interpolation and Decimation]]  - [https://engineering.purdue.edu/~bouman/ece637/notes/pdf/RateConversion.pdf Graphical Description of 1D/2D Interpolatoin and Decimation]
  
 
*Week 6:  [[Media:lab5ECE438F15.pdf| Lab 5- Number Representation and Waveform Quantization]]
 
*Week 6:  [[Media:lab5ECE438F15.pdf| Lab 5- Number Representation and Waveform Quantization]]

Revision as of 06:08, 13 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)

Students: Please list all lab comments on this page.


Back to 2017 Fall ECE 438 Boutin

Alumni Liaison

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

Dr. Paul Garrett