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= [[ECE438|ECE 438]]: Digital Signal Processing with Applications  =
 +
 +
== Professor Boutin, Fall 2014  ==
 +
 +
----
 +
<div style="background: none repeat scroll 0% 0% rgb(238, 238, 255); border-width: 1px 1px 1px 4px; border-style: solid; border-color: rgb(68, 68, 136) rgb(68, 68, 136) rgb(68, 68, 136) rgb(51, 51, 136); width: 30em; padding: 2em; margin: auto;">
 +
Message area:
 +
*You can get your graded HW9 from Camille in MSEE330 (with your student ID)
 +
*Please submit all your regardes/grade changes requests by noon on Wednesday Dec 17.
 +
*Hi fellow students, I talked to Prof. Mimi about hosting extra office hours next week before the final; Which day works best for everyone that is interested? Comment below, thanks
 +
:just put an 'X' next to which day works best
 +
::Monday : XX
 +
::Teusday :
 +
::Wednessday :
 +
::Thursday :
 +
 +
</div>
 +
----
 +
 +
== Course Information  ==
 +
 +
*Instructor: [[User:Mboutin|Prof. Mimi]]
 +
**Office: MSEE 342
 +
**[[Open office hours mboutin|Office hours]] are listed [[Open office hours mboutin|here]].
 +
*Teaching Assistant: [[User:Shenkt|Trey Shenk]]
 +
**Email: shenkt at purdue dot you know what
 +
*Teaching Assistant: [[User:jang69|Ikbeom Jang]]
 +
**Email: jang69 at purdue dot you know what
 +
*[[Lecture Schedule ECE438Fall14 Boutin|Course Outline]] (Approximate schedule with detailed reference list)
 +
*[[Media:SyllabusECE438F14boutin.pdf|Course Syllabus]]
 +
*Important Dates:
 +
**Test 1: <span style="text-decoration: line-through;">Friday October 10, 2014  </span> <span style="color:red"> Friday October 17, 2014 </span>
 +
**Test 2: Friday December 5, 2014
 +
**Final, TBA
 +
 +
== Labs ==
 +
 +
[[ECE438 Lab Fall 2014|Here]]
 +
 +
----
 +
 +
== Resources  ==
 +
 +
*[[Collective Table of Formulas|Rhea's Collective Table of Formulas]]. Add your formulas now!
 +
**[[CT Fourier Transform (frequency in hertz)|CTFT]]
 +
**[[Table DT Fourier Transforms|DTFT]]
 +
**[[Z Transform table|z-transform]]
 +
*[[How to Enter Math in Rhea|Cheat Sheet for Rhea Math]]
 +
*[https://www.projectrhea.org/rhea/images/9/91/Zpgui3.m.zip zpgui3.m] A MATLAB GUI showing the effect of poles and zeros during filter design.
 +
*[[DTFT Window Function|Graph of Magnitude of DTFT of a window function]]
 +
 +
----
 +
 +
== Lecture Blog  ==
 +
 +
[[Lecture1ECE438F14|Lecture 1]], [[Lecture2ECE438F14|2]], [[Lecture3ECE438F14|3]] ,[[Lecture4ECE438F14|4]] ,[[Lecture5ECE438F14|5]] ,[[Lecture6ECE438F14|6]] ,[[Lecture7ECE438F14|7]] ,[[Lecture8ECE438F14|8]] ,[[Lecture9ECE438F14|9]] ,[[Lecture10ECE438F14|10]] ,[[Lecture11ECE438F14|11]] ,[[Lecture12ECE438F14|12]] ,[[Lecture13ECE438F14|13]] ,[[Lecture14ECE438F14|14]] ,[[Lecture15ECE438F14|15]] ,[[Lecture16ECE438F14|16]] ,[[Lecture17ECE438F14|17]] ,[[Lecture18ECE438F14|18]] ,[[Lecture19ECE438F14|19]] ,[[Lecture20ECE438F14|20]] ,[[Lecture21ECE438F14|21]] ,[[Lecture22ECE438F14|22]] ,[[Lecture23ECE438F14|23]] ,[[Lecture24ECE438F14|24]] ,[[Lecture25ECE438F14|25]] ,[[Lecture26ECE438F14|26]] ,[[Lecture27ECE438F14|27]] ,[[Lecture28ECE438F14|28]] ,[[Lecture29ECE438F14|29]] ,[[Lecture30ECE438F14|30]] ,[[Lecture31ECE438F14|31]] ,[[Lecture32ECE438F14|32]] ,[[Lecture33ECE438F14|33]] ,[[Lecture34ECE438F14|34]] ,[[Lecture35ECE438F14|35]] ,[[Lecture36ECE438F14|36]] ,[[Lecture37ECE438F14|37]] ,[[Lecture38ECE438F14|38]] ,[[Lecture39ECE438F14|39]] ,[[Lecture40ECE438F14|40]] ,[[Lecture41ECE438F14|41]] ,[[Lecture42ECE438F14|42]] ,[[Lecture43ECE438F14|43]] ,[[Lecture44ECE438F14|44]], [[Final examECE438F14|final exam]] .
 +
 +
----
 +
 +
== Homework  ==
 +
 +
*[[HW1ECE38F14|HW1]], [[HW1ECE38F14 Solution|Solution]]
 +
*[[HW2ECE438F14|HW2]], [[HW2ECE438F14 Soln|Solution]]
 +
*[[HW3ECE438F14|HW3]], [[HW3ECE438F14 Soln|Solution]]
 +
*[[HW4ECE438F14|HW4]], [[HW4ECE438F14_Soln|Solution]]
 +
*[[HW5ECE438F14|HW5]], [[HW5ECE438F14_Soln|Solution]]
 +
*[[HW6ECE438F14|HW6]], [[HW6ECE438F14_Soln|Solution]]
 +
*[[HW7ECE438F14|HW7]], [[HW7ECE438F14_Soln|Solution]]
 +
*[[HW8ECE438F14|HW8]], [[HW8ECE438F14_Soln|Solution]]
 +
*[[HW9ECE438F14|HW9]], [[HW9ECE438F14_Soln|Solution]]
 +
*[[HW10ECE438F14|HW10]], [[HW10ECE438F14_Soln|Solution]]
 +
*[[HW11ECE438F14|HW11]], [[HW11ECE438F14_Soln|Solution]]
 +
 +
----
 +
 +
== [https://www.projectrhea.org/learning/slectures.php Slectures]  ==
 +
 +
Post a link to your slecture page below the relevant topic. If you want to reserve a particular topic, write your name/nickname below the topic. Please no more than 4 students per topic. To build your slecture page, you should use the following templates.
 +
 +
*[[Slecture template ECE438F14|Template for text slecture]]
 +
*[[Slecture template video ECE438F14|Template for video slecture]]
 +
*[[Slecture template review page ECE438|Template for question page]] (use the same template for both video and text slectures.
 +
 +
*'''Topic 1''': Fourier transform as a function of frequency <span class="texhtml">ω</span> versus Fourier transform as a function of frequency <span class="texhtml">''f''</span> (in hertz). (Make sure to give some examples, including some signal whose FT nvolves Dirac delta(s). For that signal whose FT involves Dirac delta(s), compute the FT two different ways: 1) by starting from the ECE301 FT pair and making a change of variable, and 2) using the CTFT formulas. Observe that the expressions for the FT are different. Then point out that one can transform one expression into the other using the scaling property of the Dirac delta.) DEADLINE September 19
 +
**[[Slecture Fourier transform w f ECE438|Text slecture]] by Dauren <span style="color:red"> 15 reviews needed here.</span>
 +
**[[Fourier Transform as a FUnction of Frequency w versus Frequency f (in Hertz)|Text slecture]] by Randall Cochran <span style="color:red"> 15 reviews needed here.</span>
 +
*'''Topic 2''': Definition of the "rep" and "comb" operators. (Note that there are two ways to define each of these operators: using multiplication/convolution with an impulse train, or using a summation formula without impulse-train. You should include both representations and explain how to go from one to the other.) DEADLINE September 19
 +
**[[Slecture rep comb ECE438 Xiaozhe|Text slecture]] by Xiaozhe Fan <span style="color:red"> 30 reviews needed here.</span>
 +
*'''Topic 3''': Fourier transform of "rep" and "comb". (Make sure to carefully explain how to compute the Fourier transform of an impulse-train. You do not need to prove the multiplication/convolution property of the CTFT, but state it clearly whenever you need to use it.) DEADLINE October 1
 +
**[[Fourier Transform rep com Ben ECE438 slecture|Video slecture]] by Ben Capano<span style="color:red"> 15 reviews needed here.</span>
 +
**[[Fourier Transform rep com Youqin Liu ECE438 slecture|slecture]] by Youqin Liu <span style="color:red"> Do not review (no question page).</span>
 +
**[[Ftrepcomb mattmiller|Text Slecture]] by Matt Miller <span style="color:red"> 15 reviews needed here.</span>
 +
*'''Topic 4''': Discrete-time Fourier transform (DTFT): definition, periodicity property, example (computation of DTFT of a complex exponential- no fudging!) DEADLINE October 1
 +
**[[Discrete-time Fourier transform (DTFT) Slecture by Jacob Holtman|Text Slecture]] by Jacob Holtman <span style="color:red"> 15 reviews needed here.</span>
 +
**[[Discrete-time Fourier transform Slecture by Fabian Faes|Text Slecture]] by Fabian Faes <span style="color:red"> 15 reviews needed here.</span>
 +
**[[Discrete-time Fourier transform Xian Zhang ECE438 slecture|Text slecture]] by Xian Zhang <span style="color:red"> Do NOT REVIEW-- AND DO NOT CHANGE THIS TEXT WITHOUT PERMISSION</span>
 +
*'''Topic 5''': Discrete-time Fourier transform (DTFT) of a sampled cosine. (Include Case 1) sampling rate above Nyquist rate, and Case 2) sampling rate below Nyquist rate.) DEADLINE October 3
 +
**[[DTFTCosinePawling|Text Slecture]] by Andrew Pawling <span style="color:red"> up to 9 reviews here.</span>
 +
**[[Dtft sampling slecture srh|Text Slecture]] by Sutton Hathorn <span style="color:red"> up to 9 reviews here.</span>
 +
**[[Text Slecture|Text Slecture]] by Sahil Sanghani <span style="color:red"> up to 9 reviews here.</span>
 +
**[[DTFT of a sampled cosine Yijun ECE438 slecture|Text slecture]] by Yijun Han <span style="color:red"> up to 9 reviews here.</span>
 +
*'''Topic 6''': Nyquist Theorem, with proof and example DEADLINE October 6
 +
**[[Nyquist Michael Hayashi ECE438 slecture|Text slecture]] by Michael Hayashi <span style="color:red"> 10 reviews needed here.</span>
 +
**[[Nyquist Miguel Castellanos ECE438 slecture|Text slecture]] by Miguel Castellanos <span style="color:red"> 10 reviews needed here.</span>
 +
**[[Slecture Nyquist Theorem Stein|Text Slecture]] by Robert Stein <span style="color:red"> 10 reviews needed here.</span>
 +
**[[NyquistRozolis|Text Slecture]] by Erik Rozolis <span style="color:red"> Do not review. (no question page)</span>
 +
*'''Topic 7''': Frequency domain view of the relationship between a signal and a sampling of that signal. DEADLINE October 6
 +
**[[Slecture Relation in frequency Botao Chen|Text Slecture]] by Botao Chen <span style="color:red"> 15 reviews needed here.</span>
 +
**[[Slecture Topic 7 Ryan|Text Slecture]] by Ryan Johnson <span style="color:red"> Do not review. (no question page)</span>
 +
**[[Slecture Topic 7|Text Slecture]] by Evan Stockrahm <span style="color:red"> Do not review. (no question page)</span>
 +
**[[Slecture Topic 7 ECE438|Text Slecture]] by Talha Takleh Omar Takleh <span style="color:red"> 15 reviews needed here.</span>
 +
*'''Topic 8''': Frequency domain view of downsampling (explain why decimator needs a lowpass filter before the downsampling). DEADLINE October 10
 +
**[[Frequency_Downsampling]] by John Sterrett <span style="color:red"> 10 reviews needed here.</span>
 +
**[[Text slecture]] by Yerkebulan <span style="color:red"> 10 reviews needed here.</span>
 +
**[[Frequency-Domain-View-of-Downsampling-Slecture-David-Klouda|Text Slecture]] by David Klouda <span style="color:red"> Do not review.</span>
 +
**[[Text Slecture1]] by Soonho Kwon <span style="color:red"> 10 reviews needed here.</span>
 +
*'''Topic 9''': Frequency domain view of upsampling (explain why interpolator needs a lowpass filter after upsampling). DEADLINE October 13
 +
**[[SlectureUpsampling]] by Chloe Kauffman <span style="color:red"> Do not review.</span>
 +
**[[Upsampling|Text Slecture]] by Mike Deufel <span style="color:red"> Do not review.</span>
 +
**[[Upsampling Slecture Molveraz|Text slecture]] by Michel Olvera <span style="color:red"> 30 reviews needed here.</span>
 +
**[[Text slectrue]] by Hyungsuk Kim<span style="color:red"> Do not review. (no question page)</span>
 +
 +
----
 +
 +
== Slecture Review ==
 +
 +
Guidelines
 +
 +
*You must review one slecture per topic. (You cannot review your own slecture, of course. So if you are the only person who completed a slecture on a given topic, then you are not required to write a review for that topic. )
 +
*The maximum number of reviews for each slecture is written next to each slecture. First come first serve. You will notice that some slectures will not get any reviews. This is because the slecture was either not completed or did not include a question page.
 +
*Write your review directly on the question page of the slecture you are reviewing. Let me know if you want an anonymous login.
 +
*You can reserve a spot for a specific slecture by writing your name on the question space.
 +
*Be nice! Be constructive! The authors worked really hard on this.
 +
 +
----
 +
 +
== A bonus point opportunity  ==
 +
 +
Students in [[ECE438]] Fall 2014 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. Your page will be graded based on content as well as interactions with other people (page views, comments/questions on the page, etc.). The number of links to other courses and subjects will also be taken into account: the more the merrier! Please do not simply copy the lecture notes and do not plagiarize. Read [[Rhea:Copyrights|Rhea's copyright policy]] before proceeding.
 +
 +
<br>
 +
 +
{| border="1" class="wikitable"
 +
|-
 +
! Topic Number
 +
! Topic Description
 +
! Student Name
 +
|-
 +
| 1
 +
| Something related to CT or DT Fourier transform
 +
| Name
 +
|-
 +
| 2
 +
| Something related to Z-transform
 +
| Fabian Faes
 +
|-
 +
| 3
 +
| Something related to discrete Fourier transform
 +
| Name
 +
|-
 +
| 4
 +
| Something related to CSFT
 +
| Name
 +
|-
 +
| 5
 +
| Something related to Quantization
 +
| Name
 +
|-
 +
| 6
 +
| Student blog
 +
| Name (s)
 +
|-
 +
| 7
 +
| Inverse Z transform with focus on ROC
 +
| Mike Deufel
 +
|-
 +
|8
 +
|[[BluetoothAudioSignal|Bluetooth Audio Processing]]
 +
| Chloe Kauffman
 +
|}
 +
 +
----
 +
 +
[[ECE201|Back to ECE201]]
 +
[[Category:ECE201]] [[Category:ECE]]
 
[[Category:ECE201Spring2015Peleato]]
 
[[Category:ECE201Spring2015Peleato]]

Revision as of 06:24, 12 December 2014

Rhea Section for ECE 201 Professor Peleato, Spring 2015


ECE 438: Digital Signal Processing with Applications

Professor Boutin, Fall 2014

Message area:

  • You can get your graded HW9 from Camille in MSEE330 (with your student ID)
  • Please submit all your regardes/grade changes requests by noon on Wednesday Dec 17.
  • Hi fellow students, I talked to Prof. Mimi about hosting extra office hours next week before the final; Which day works best for everyone that is interested? Comment below, thanks
just put an 'X' next to which day works best
Monday : XX
Teusday :
Wednessday :
Thursday :

Course Information

  • Instructor: Prof. Mimi
  • Teaching Assistant: Trey Shenk
    • Email: shenkt at purdue dot you know what
  • Teaching Assistant: Ikbeom Jang
    • Email: jang69 at purdue dot you know what
  • Course Outline (Approximate schedule with detailed reference list)
  • Course Syllabus
  • Important Dates:
    • Test 1: Friday October 10, 2014 Friday October 17, 2014
    • Test 2: Friday December 5, 2014
    • Final, TBA

Labs

Here

Resources

Lecture Blog

Lecture 1, 2, 3 ,4 ,5 ,6 ,7 ,8 ,9 ,10 ,11 ,12 ,13 ,14 ,15 ,16 ,17 ,18 ,19 ,20 ,21 ,22 ,23 ,24 ,25 ,26 ,27 ,28 ,29 ,30 ,31 ,32 ,33 ,34 ,35 ,36 ,37 ,38 ,39 ,40 ,41 ,42 ,43 ,44, final exam .

Homework

Slectures

Post a link to your slecture page below the relevant topic. If you want to reserve a particular topic, write your name/nickname below the topic. Please no more than 4 students per topic. To build your slecture page, you should use the following templates.

  • Topic 1: Fourier transform as a function of frequency ω versus Fourier transform as a function of frequency f (in hertz). (Make sure to give some examples, including some signal whose FT nvolves Dirac delta(s). For that signal whose FT involves Dirac delta(s), compute the FT two different ways: 1) by starting from the ECE301 FT pair and making a change of variable, and 2) using the CTFT formulas. Observe that the expressions for the FT are different. Then point out that one can transform one expression into the other using the scaling property of the Dirac delta.) DEADLINE September 19
  • Topic 2: Definition of the "rep" and "comb" operators. (Note that there are two ways to define each of these operators: using multiplication/convolution with an impulse train, or using a summation formula without impulse-train. You should include both representations and explain how to go from one to the other.) DEADLINE September 19
  • Topic 3: Fourier transform of "rep" and "comb". (Make sure to carefully explain how to compute the Fourier transform of an impulse-train. You do not need to prove the multiplication/convolution property of the CTFT, but state it clearly whenever you need to use it.) DEADLINE October 1
  • Topic 4: Discrete-time Fourier transform (DTFT): definition, periodicity property, example (computation of DTFT of a complex exponential- no fudging!) DEADLINE October 1
    • Text Slecture by Jacob Holtman 15 reviews needed here.
    • Text Slecture by Fabian Faes 15 reviews needed here.
    • Text slecture by Xian Zhang Do NOT REVIEW-- AND DO NOT CHANGE THIS TEXT WITHOUT PERMISSION
  • Topic 5: Discrete-time Fourier transform (DTFT) of a sampled cosine. (Include Case 1) sampling rate above Nyquist rate, and Case 2) sampling rate below Nyquist rate.) DEADLINE October 3
  • Topic 6: Nyquist Theorem, with proof and example DEADLINE October 6
  • Topic 7: Frequency domain view of the relationship between a signal and a sampling of that signal. DEADLINE October 6
  • Topic 8: Frequency domain view of downsampling (explain why decimator needs a lowpass filter before the downsampling). DEADLINE October 10
  • Topic 9: Frequency domain view of upsampling (explain why interpolator needs a lowpass filter after upsampling). DEADLINE October 13

Slecture Review

Guidelines

  • You must review one slecture per topic. (You cannot review your own slecture, of course. So if you are the only person who completed a slecture on a given topic, then you are not required to write a review for that topic. )
  • The maximum number of reviews for each slecture is written next to each slecture. First come first serve. You will notice that some slectures will not get any reviews. This is because the slecture was either not completed or did not include a question page.
  • Write your review directly on the question page of the slecture you are reviewing. Let me know if you want an anonymous login.
  • You can reserve a spot for a specific slecture by writing your name on the question space.
  • Be nice! Be constructive! The authors worked really hard on this.

A bonus point opportunity

Students in ECE438 Fall 2014 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. Your page will be graded based on content as well as interactions with other people (page views, comments/questions on the page, etc.). The number of links to other courses and subjects will also be taken into account: the more the merrier! Please do not simply copy the lecture notes and do not plagiarize. Read Rhea's copyright policy before proceeding.


Topic Number Topic Description Student Name
1 Something related to CT or DT Fourier transform Name
2 Something related to Z-transform Fabian Faes
3 Something related to discrete Fourier transform Name
4 Something related to CSFT Name
5 Something related to Quantization Name
6 Student blog Name (s)
7 Inverse Z transform with focus on ROC Mike Deufel
8 Bluetooth Audio Processing Chloe Kauffman

Back to ECE201

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Questions/answers with a recent ECE grad

Ryne Rayburn