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== Course Information == | == Course Information == | ||
| + | *Course Meeting Time and Location: 10:30 AM MWF in KNOY B33 | ||
*Instructor: Prof. Jan Allebach | *Instructor: Prof. Jan Allebach | ||
**Office: EE 148 | **Office: EE 148 | ||
| − | ** | + | **Office hours are listed [[Open office hours mboutin|here]]. |
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*Teaching Assistant: [[User:Jang69|Ikbeom Jang]] | *Teaching Assistant: [[User:Jang69|Ikbeom Jang]] | ||
**Email: jang69 at purdue dot you know what | **Email: jang69 at purdue dot you know what | ||
| − | *[[ | + | *Teaching Assistant: [[User:Dkenzheb|Daulet Kenzhebalin]] |
| − | * | + | **Email: gmcminde at purdue dot you know what |
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*Important Dates: | *Important Dates: | ||
**Midterm 1: TBD | **Midterm 1: TBD | ||
Revision as of 20:47, 8 January 2018
Contents
ECE 438: Digital Signal Processing with Applications
Professor Allebach, Spring 2018
Message area:
- Welcome to ECE438!
Course Information
- Course Meeting Time and Location: 10:30 AM MWF in KNOY B33
- Instructor: Prof. Jan Allebach
- Office: EE 148
- Office hours are listed here.
- Teaching Assistant: Ikbeom Jang
- Email: jang69 at purdue dot you know what
- Teaching Assistant: Daulet Kenzhebalin
- Email: gmcminde at purdue dot you know what
- Important Dates:
- Midterm 1: TBD
- Midterm 2: TBD
- Midterm 3: TBD
- Final: TBD
Labs
Resources
- Rhea's Collective Table of Formulas. Add your formulas now!
Homework
- HW1 was distributed in class; grades are posted on Blackboard; graded copies were distributed in class.
- HW2 was distributed in class.
A bonus point opportunity
Students in ECE438 Fall 2017 have the opportunity to earn up to a 3% bonus by contributing a Rhea page on a subject related to digital signal processing. To pick a subject, simply write your name next to it. Please do not simply copy the lecture notes and do not plagiarize. Read Rhea's copyright policy before proceeding.
The deadline for contributing a project is at midnight on Sunday December 3, 2017.
| Topic Number | Topic Description | Student Name/Nickname |
|---|---|---|
| 1 | 3D Visualization of Z-Transform | Ye Li |
| 2 | Sound & Color - Using Spectrograms to Analyze Sound Signals | Emma Gihl |
| 3 | Characteristic Analysis of a Simple Distortion Pedal | Haoyu Chen |
| 4 | Data Modulation | Zhengyuan Hu |
| 5 | Summary of Facts about ROC/ROAC of a Z-Transform | Ahmad Syaheed Abdul Rashid |
| 6 | Z-transform in linear feedback analysis of systems | Zachary Carter |
| 7 | How to Create Salt and Pepper Noise in an Image | Austin White |
| 8 | Use Matlab as Your Photoshop! | Afiq Junaidy |
| 9 | Digital Filters: An Overview on Design Points and Considerations | Henry Wang |
| 10 | Digital filter using the clustering method | Songjie Chen |
| 11 | Topic title linked to your page here | Name/nickname
|
