CSE3451.4.0 E Signals and
Systems (Fall 2009)
Instructor: Prof. Hui Jiang
Time: TR13:00-14:30 (@TEL1005)
Office Hours:
TR15:00-16:00 (@CSEB3014)
Announcements: (refresh your browser)
á
Dec 15: Unofficial marks
have been posted. You can check them from ePost.
á Dec 9: Reference solution to A4 is posted below. Also, a rough copy of my workout on some previous exam problems is posted here.
á Dec 1: It is optional to hand in A4. If you hand it, it will be marked and counted, if you not, its weight will be transferred to the final exam. BTW, the course evaluation will take place at the beginning of the class this Thursday (Dec 3rd) from 1:00-1:15. The lecture will start from 1:15.
á Nov 24: Reference solution to A3 is posted below. Please download it for self-study.
á Nov 19: Lab6 and A4 are all posted below.
á Nov 19: Lecture notes (part5) are posted below. Lab4 report due date is extended to Nov 26th (Thursday).
á Nov 10: Assignment3 is posted below. It is due in class on Nov. 24th.
á Nov 10: Lab5 is posted below. Lecture notes (part4) are posted below.
á Nov 5: The due date for lab4 report is extended to Nov 12 (Thursday).
á Nov 5: Your midterm marks (along with all previous marks of labs, assignments and quizzes) have been posted in ePost. Please check from here. A copy of ÒinstructorÕs solutionÓ to midterm has been posted for your reference.
á Oct 29: Solution to Assignment 2 (Part 1) is posted below. Please review it for midterm.
á Oct 27: Assignment 2 is split to two parts. Please hand in part 1 (all questions of Chapters 3 and 4) by the deadline. You can hand in the rest (all questions for Chapter 5) along with next assignment after the midterm.
á Oct 20: Some important announcements: in order to minimize conflicts with other courses and accommodate most of you in this busy midterm season, we have decided to make the following changes:
1. Midterm is re-scheduled as in-class exam on Nov 3rd.
2. Lab3 report due date is moved to Nov 5th (after
the midterm).
3. Assignment2 due date is extended to Oct 29th.
4. We will have Quiz2 (for Chapter 3) on Oct 22nd.
á Oct 20: Lecture notes (part3) and Lab4 posted below.
á Oct 9: Lab3 is posted below, check below for lab sessions and the due date.
á Oct 8: The lab session scheduled on Oct 12 (Mon) has been re-scheduled to Oct 13 (Tue) at the same time and same place. The midterm exam is tentatively scheduled on Oct 30 (Friday) from 7-9pm in the evening.
á Oct 6: The solution to A1 is posted (see below). Please review it and prepare for Quiz1 on Thursday.
á Oct 1: Assignment two is posted here, please start to work on it as soon as you can. For all lab report due dates, please check the following lab schedule table.
á Sep 29: Quiz1 is scheduled in class on Oct 8th. Lecture notes for part 2 posted here.
á Sep 27: A1 due date is extended to Oct 6th (in class).
á Sep 24: Lab2 is posted below. Check the new lab schedule added below.
á Sep 17: Guideline for lab and lab report posted here, which is applicable to all labs in this course.
á Sep 15: Confirmed with TAs, the first lab starts from this Friday (Sep 18th). Please download the project write-up and start to prepare it. For next class, please preview section 1.4 ÒSignal implementation with MatlabÓ and review Appendix B ÒIntroduction to the complex number systemÓ.
á Sep 15: Lecture notes for part 1 posted here. The Lab project1 is posted here. Assignment one is posted here.
á
Sep 14: Lab starts from this Friday Sep 18th the week of Sep 22nd and
may continue through the reading week.
á Sep 3: The instructor is away for a conference until Sep 11. Our first class starts on Sep 15th.
This course presents key mathematical techniques used to analyze continuous and discrete signals and to design systems which produce or manipulate signals. The techniques have wide application in industry to areas as diverse as computer vision, wireless communications and robotics. Specific applications to basic systems such as filters, mechanical vibration and feedback control systems are discussed in class. Lab activities and assignments include the use of tools such as Matlab to reinforce the concepts.
The required textbook:
[1] M. Mandal and A. Asif,
Continuous-time and Discrete-time Signals and Systems, Cambridge University Press, 2007,
ISBN-13: 978-0-521-85455-9.
Other reference
materials:
[1] Lab handouts extracted from Stonick, V., Bradley, K., Labs
for Signals and Systems Using MatLab, PWS
Publishing Co., 1996, ISBN 0-534-93808-6.
[2] MatLab available on 3rd floor lab, most engineering lab
computers (student version ~$100).
[3] Open source – GNU Octave also can be used –
obtained here: http://www.gnu.org/software/octave/.
Downloads:
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Assignments |
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Lecture notes |
Lab Schedule (subject to change)
We have six labs in this course. Two weeks (i.e. two lab sessions) are scheduled for each lab. The general guideline for lab report is here. The lab will continue through reading week.
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Lab Sessions |
Report Due |
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09/18 or 09/21 09/25 or 09/28 |
09/29 |
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10/2 or 10/5 10/9 or 10/13 |
10/20 |
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10/16 or 10/19 10/23 or 10/26 |
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10/30 or 11/2 11/6 or 11/9 |
11/12 |
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11/13 or 11/16 11/20 or 11/23 |
11/26 |
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11/27 or 11/30 12/4 or 12/7 |
12/8 |
Evaluation:
(1)
(20%) Assignments and
Quizzes
(2)
(20%) Lab Projects
(3) (25%) Midterm
(4)
(35%)
Final
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Week |
Day |
Date |
Assignment/Quiz |
Lecture Topics |
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1 |
R |
9/10 |
No class |
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2 |
T |
9/15 |
A1 out |
Signals and Systems (chapters 1 and 2) |
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R |
9/17 |
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3 |
T |
9/22 |
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R |
9/24 |
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4 |
T |
9/29 |
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Time-Domain analysis of LTIC systems (chapter 3) |
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R |
10/1 |
A2 out |
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5 |
T |
10/6 |
A1 due |
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R |
10/8 |
Quiz 1 |
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6 |
T |
10/13 |
No class (Reading Week) |
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R |
10/15 |
No class (Reading Week) |
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7 |
T |
10/20 |
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Frequency Analysis of LTIC system (chapters 4,5) |
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R |
10/22 |
Quiz 2 |
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8 |
T |
10/27 |
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R |
10/29 |
A2 due |
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9 |
T |
11/3 |
midterm |
Laplace Transform (chapter 6) |
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R |
11/5 |
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10 |
T |
11/10 |
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Time-Domain Analysis of DT system (chapter 10) |
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R |
11/12 |
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11 |
T |
11/17 |
Quiz 3 |
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R |
11/19 |
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12 |
T |
11/24 |
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Frequency Analysis of DT systems (chapters 11,12,13) |
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R |
11/26 |
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13 |
T |
12/1 |
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R |
12/3 |
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14 |
T |
12/8 |
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TBA |
Final |
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