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CE 101 Techniques in Signal Processing
2nd Sem, 2002-2003

Lab Exercise 9

Lab Exercise 8

CE 101: Various Announcements [January 11, 2003]

Signals and Sampling

Lab Exercise 1

Digital Sinusoidal Oscillators and an Introduction to Difference Equations

Lab Exercise 2

Lab Exercise 3

DSP Architecture:

Circular Buffers: Lab Exercise 4

Fixed Point Representations: Lab Exercise 5

Tone Generation: Lab Exercise 6

System Functions and Frequency Analysis

A Notch Filter: Lab Exercise 7

A DTMF Tone Generator: Lab Exercise 8

A Low Pass Filter: Lab Exercise 9

Timetable (2nd sem, 2002-2003)

Week	lecture / lab exercises	project
1	Introduction to DSP Signals, sampling, aliasing Reading assignment: Chap1	formulate project specifications
2	Difference equations Reading assignment: Chap 2 (especially sec 2.4), sec 4.5.3, 4.5.7 Nov 19 (Tues): Lab exercise 1 due  (sampling and aliasing exercise using Excel)	formulate project specifications
3	DSP Architecture Nov 26 (Tues): Lab exercise 2 due (digital sinusoidal oscillator using Excel)	Nov 26 (Tues): complete project proposals due
4	DSP Architecture LTI systems and Z-transforms Reading assignment: sec 2.5,sec 3.1 to3.3 Dec 3 (Tues): Lab exercise 3 due (performance evaluation of digital sinusoidal oscillators)	Dec 3 (Tues): progress report 1 due
5	LTI systems and Z-transforms Reading assignment: Chap 3 Dec 10 (Tues): Lab exercise 4 due (delay program and circular buffers)	Dec 10 (Tues): progress report 2 due
6	Solution of difference equations Reading assignment: sec 2.4 Dec 17 (Tues): Lab exercise 5 due (fixed point multiplication on the 'C542)	Dec 19 (Thurs): progress report 3 due
7	Inversion of Z-transforms Reading assignment: sec 3.4 to 3.6 Jan 7 (Tues):  Lab exercise 6 due(tone generation using the 'C542)	Jan 9 (Thurs): progress report 4 due
8	[none]	Jan 16 (Thurs): progress report 5 due Jan 14 and 16: midterm project evaluation
9	Jan 21 (Tues): 1st exam	Jan 23 (Thurs): progress report 6 due
10	Frequency analysis Reading assignment: Chap 4 (especially sec 4.4) Jan 28 (Tues): Lab exercise 7 due (implementation of a difference equation in Excel, magnitude and phase response)	Jan 30 (Thurs): progress report 7 due
11	Frequency analysis Feb 4 (Tues): Lab exercise 8 due (DTMF tone generator implementation on 'C542)	Feb 6 (Thurs): progress report 8 due
12	Frequency analysis Feb 11 (Tues): Lab exercise 9 due (low pass filter implementation on 'C542)	Feb 13 (Thurs): progress report 9 due
13	[none]	Project deadline: 9 a.m., Feb. 18 (see Appendix) Feb 18 and 20: final project evaluation
14	Frequency Analysis Feb 27 (Thurs): 2nd exam	[none]

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