Signals, Systems and Information for Media Technology

MAS160/510/511

Fall 2007


Staff | Syllabus | Texts | Exams | Policies


Lecturers:

Rosalind Picard, E15-448, x3-0611, picard@media.mit.edu

V. Michael Bove, Jr., E15-368B, x3-0334, vmb@media.mit.edu


Recitation Instructor:

Quinn Smithwick, E15-357, x3-5127, smithwic@media.mit.edu

Handouts:

We will post copies to this page as they become available.

Try our famous anonymous feedback form.

Announcements: Notes from the staff:

• Recitation #2 slides have been corrected. (.pdf)

  - Slide 16: added the appropriate j's and Re{} I accidentally left off.

  - Slide 19: Correction "Sum of harmonic sinusoids (fk=kfo) are periodic with a period of fo."

• URL for DSP-First demos:  www.iua.upf.edu/~xserra/dspfirst/contents/toc.htm (link)

• Reading Notes on basis functions for Sept 19th  (.pdf)

• Matlab help notes (sumcos help) have been uploaded here (.pdf).

• TA Office Hours:

Next week (Tues. Sept.18) I'll  hold office hours from 11:00am-noon in my office 15-357. 

  If you can email questions before hand, that'd help.

Meeting Times:

Lectures: Monday, Wednesday 11-12:30, E15-235
Recitation: Friday 11-12, E15-235

Sep. 5

Introduction

Sep. 7

Recitation

Sep. 10

Sinusoids

Sep. 12

Spectra

Sep. 14

Recitation #2

Sep. 17

Periodic Waveforms

Sep. 19

Basis Functions and Orthogonality

Sep. 21

Recitation #3

Sep. 24

HOLIDAY -- NO CLASS

 

Sep. 26

Sampling, I

Sep. 28

Recitation #4

Oct. 1

Sampling, II

Oct. 3

Psychophysics, Psychoacoustics, and Other Physiological Signals

Oct. 5

Recitation#5

Oct. 8

HOLIDAY -- NO CLASS

 

Oct. 10

NO CLASS (Media Lab sponsor event today)

 

Oct. 12

Recitation #6

Oct. 15

Communication Theory, I

 

Oct. 17

Communication Theory II

Oct. 19

Recitation #7

Oct. 22

Pre-Quiz Wrap-Up

Oct. 24

QUIZ 1

 

Oct. 26

Recitation #8

 

Oct. 29

MAS510 ends, MAS511 begins

Discrete-Time Systems, I

Oct. 31

Discrete-Time Systems, II

Nov. 2

Recitation #9

Nov. 5

Frequency Response, I

Nov. 7

Frequency Response, II

Nov. 9

Recitation #10

 

Nov. 12

HOLIDAY -- NO CLASS

 

Nov. 14

Z-Transforms, I

Nov. 16

Recitation #11

Nov. 19

IIR Systems

Nov. 21

Z-Transforms, II

Nov. 23

Thanksgiving Holiday. No Recitation #12

 

Nov. 26

Spectrum Analysis, I

Nov. 28

Spectrum Analysis, II

Nov. 30

Recitation #13

Dec. 3

Practical Filter Design

Dec. 5

Practical Communication Systems

Dec. 7

Recitation #14

 

Dec. 10

Pre-Quiz Wrap-Up

Dec. 12

QUIZ 2


Staff | Syllabus | Texts | Exams | Policies


Texts:

McClellan, Schafer, and Yoder, DSP First, Prentice-Hall

Shannon and Weaver, The Mathematical Theory of Communication, U. Illinois Press. 

Recommended for those who want more help:

Karu, Signals and Systems Made Ridiculously Simple, ZiZi Press.

Computer Facilities: The Matlab system will be used throughout the semester. While it is available on various machines in the Media Lab, we strongly encourage your getting an Athena account and working from there. For on-line help see Athena's Matlab Information Pages.

Handouts: Handouts should be available on this web site in a timely fashion, if you miss class, or misplace your paper copies. If what you want isn't there, ask the TA.

Exams: There will be two in-class quizzes. Both are open-book and open-notes, and we suggest bringing along a calculator that knows about trigonometric functions.

Grading: Your grade will be determined as a weighted average: 40% homework, 50% quizzes, 10% class participation.

Obligatory Policy Statement: We think collaboration is a fine thing, and encourage studying in groups and discussing the topics covered in class. However, for homework problems the work you hand in should be done at least 95% by you alone. If you can think of a system that gives a good evaluation of individual performance and is even better at facilitating learning of this material, please suggest it to us.

Late Homework: We realize that many of our students lead complicated and demanding lives, and will allow you to hand in up to two problem sets late - without penalty - as long as you get permission from one of the faculty or TAs at least a day in advance of the regular due date. The delay is limited, however, and under no circumstances will you receive credit for a problem set after we have made available the solutions.

 

Staff | Syllabus | Texts | Exams | Policies

 

MAS160-staff@media.mit.edu