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Course Material Overview
The class is divided into
two exams, one final,
six MATLAB based projects,
and
eight Homework assignments.
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Topic
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Exam
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Proj
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HW
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On-Line
Lectures
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Week 1
(May 13,15)
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Sinusiods (Ch. 2)
& Linearity
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May 22:
lab1
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May 20:
Ch 2:
4,
5,
11,
15,
17,
20,
25(a,b)
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SP First Intro
a + jb
Basic Euler
Sinusiod Signal
Sinusoid Addition
Linearity
Slides
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Week 2
(May 20,22)
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Spectrum (Ch. 3),
Fourier Series (Ap. C)
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May 29:
lab
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May 27:
Ch 3:
6,
8,
12,
16,
20,
22,
26,
27
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Fourier Series
Square Wave Series
Triangle Wave Series
Spectrogram
Slides
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Week 3
(May 27,29)
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Sampling and
Aliasing (Ch. 4)
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June 5:
Chirp, Spectrograms, and
Sampling
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June 3:
Ch 4:
1,
8,
12,
16,
22,
23
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Periodicity
C2D Mechanisms
Data Converter Linearity
Single cos( )
Sinuoid Sampling
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Week 4
(June 3,5)
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FIR I (Ch. 5),
Convolution,
Freq. Response I
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June 10:
Ch 5:
1,
3,
4,
6,
8,
9,
14,
18
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FIR Implement
Step & Impulse
Convolution Intro
Convolution 01
Convolution 02
Freq. Resp. I
Triangle Wave Items
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Week 5
(June 10,12)
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Exam Prep
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June 12:
F2022
Su2023
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Discrete SP Items
Averaging FIR
Difference FIR
Unit1 Slides
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Week 6
(June 17,19)
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Freq Resp (Ch. 6)
Transforms
z-Trasform (Ch. 9)
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June 26:
1st Image
SP
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June 24:
Ch. 6:
4,
6,
8,
9
10,
11,
Ch. 9:
1,
3
4,
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Transform Intro
Signals & Transforms
Boxcar
Conv, Z, and Freq 1
Conv, Z, and Freq 2
Conv, Z, and Freq 3
Slides
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Week 7
(June 24,26)
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Freq Resp III (Ch. 6)
z-Trans III (Ch. 9)
IIR Intro (Ch. 10)
Other Trans (Ch. 7,8)
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July 3:
Color Image
Processing
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July 1:
Ch. 6:
12,
14
15,
16,
20
Ch. 9:
6,
7
8
9
10
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IIR Structure
Why IIR?
IIR Example
Step Resp I
Freq Resp I
Step Sine I
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Week 8
(July 1,3)
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IIR (Ch. 10)
DTFT (Ch. 7)
Generalized Transforms
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July 8:
Ch. 7:
3,
4,
8
Ch. 10:
1,
2,
3,
5
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DT & CT IIR I
Laplace Intro
Laplace & 1st ODE
Laplace & 2nd ODE
Laplace & Freq Resp
1st ODE Freq Resp
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Week 9
(July 8,10)
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Exam Prep
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July 12:
F2022
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Week 10
(July 15,17)
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DFT & Freq.
Transforms (Ch. 8)
IIR Filters (Ch. 10)
Filter Design (Ch. 7, 8)
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July 24:
FIR Filter
Design
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July 22 :
Chp. 7:
17,
19
Chp. 8:
2,
3,
6,
9,
11,
12
Chp. 9:
12,
13,
18
Chp. 10:
13,
15,
20,
22,
28
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Filter Specs
Classical ASP
Fourier Trans
Matrix DFT
DFT Filter
4pt DFT Filter
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Week 11
(July 22,24)
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ANC Introduction
ANC Feedforward
ANC Feedback
ANC Hybrid
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Week 12:
(July 28,)
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Final Exam
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3rd exam
/ Final
F2022
Su2023
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1: It is recommended that you also work through the
concepts in this computer experiment prliminaries
Documents.
Matlab resources
Projects are due on
Thursdays, submitted electronically by 11:59pm Metz time
Project signoffs must be done by Wednesday, the day before the project is due,
during normal business hours.
Homework (paper) is handed in during class on Mondays.
Some additional useful links:
One original site around Signal Processing First
(hosted at Rose-Hulman):
link
David Anderson's Fundamentals of DSP
channel
and related course
material videos.
Some DSP first material: link
MATLAB files
John Barry's Previoius Signal Processing First material
such as
old exams,
and
labs
Additional Sites with useful material
- Square-wave Fourier Series
Derivation
Additional circuit related material
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