details may change at any time
WEEK 1. Start Chapter 2
5/13 L01 Chap 1.0-2.2
L02 Chap 2.3-2.5
5/15 L03 Chap 2.6-2.7
WEEK 2. Finish Chapter 2, start Chapter 3
5/20 L04 Chap 2.8-2.9, HW#1 due (Chap 2), M#1 due (Intro)
L05 Chap 3.0-3.3
5/22 L06 Chap 3.4-3.5
WEEK 3. Finish Chapter 3
5/27 L07 Chap 3.6-3.8, HW#2 due (Chap 3)
L08 Chap 3.6
5/29 L09 Chap 3.7-3.8
WEEK 4. Start Chapter 4
6/03 L10 Chap 4, HW#3 due (Chap 3), M#2 (z-transforms)
L11 Review for Exam 1, go over HW#3
6/05 L12 Rinal review for Exam 1
7pm: Exam 1 Chapters 1-3, part of 4
WEEK 5. Finish Chapter 4, Start Chapter 5
6/10 L13 Chap 4
L14 Chap 4 Inverse z-transform
6/12 L15 Chap 4 more example of inverse z-transform
WEEK 6. Finish Chap 5
6/17 L16 Chap 5, HW#4 due (Chap 4), z-transform of system resp
L17 go over Exam I solutions
6/19 L18 Chap 5 system response, magnitude, phase, sketching
6/23-6/27 SEMESTER BREAK
WEEK 7. Finish Chapter 5
7/01 L19 Chap 5, all-pole and minimum phase systems, HW#5 due (Chap5 start)
L20 Go over HW#5
7/03 L21 Finish Chapter 5 (5.7) generalized linear phase, group delay
WEEK 8. Start Chapter 6, Exam 2
7/08 L22 Chap 6, HW#6 (Chap 5 end), M#3
L23 Review for exam 2
7/10 L24 Final review for Exam 2, go over HW#6
7pm: EXAM 2 Chapters 4-5
WEEK 9. Finish Chapter 6, Start Chapter 7
7/15 L25 Chap 6, M#4 due
L26 Chap 6/7
7/17 L27 Chap 7
WEEK 10. Finish Chapter 7
7/22 L28 Chap 7, HW#7 due, M#5
L29 Chap 7
7/24 L30 Chap 7
WEEK 11. Finish Chapter 8, Start Chapter 9
7/29 L31 Chap 8 HW#8
L32 Chap 8
7/31 L33 Chap 9
WEEK 12 Finish Chapter 9
8/05 L34 Chap 9, HW#9, M#6 (FFT)
L35 Chap 9/Advanced Topics
8/07 L36 Review for final
7pm: FINAL Chap 1-9