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| Announcements | Information & Policies | Calendar | HW and Handouts | |
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The exam is closed book.
You may use 3 pages of notes (8.5 by 11 inches; front and back).
The exam will be designed as 1-hour exam; you will have two hours to complete it.
No calculators, computers, cell phones, music players, or other aids.
The exam is closed book.
You may use 2 pages of notes (8.5 by 11 inches; front and back).
The exam will be designed as 1-hour exam; you will have two hours to complete it.
No calculators, computers, cell phones, music players, or other aids.
Your exam grade will be determined by the correctness of your answers
(explanations are not required).
Partial credit will be given for ANSWERS that demonstrate some but not all
of the important conceptual issues.
March 16, 2010
Clarification of Problem 6 in HW#6.
Problem 6a in HW#6 has been reworded to (hopefully)
reduce confusion about what is being asked.
March 2, 2010
Solutions to Homework #4 have been posted
March 2, 2010
Quiz 1 Review Notes
The exam is closed book.
You may use 1 page of notes (8.5 by 11 inches; front and back).
The exam will be designed as 1-hour exam; you will have two hours to complete it.
No calculators, computers, cell phones, music players, or other aids.
Your exam grade will be determined by the correctness of your answers.
Explanations are not required and will not affect your grade.
Partial credit will be given for answers that demonstrate some but not all
of the important conceptual issues.
February 23, 2010
Homework #4 is posted.
It is longer than normal because it contains problems on new material (1-3)
as well as practice problems for Mid-term Examination #1 (4-10).
The most effective way to use this homework is to work problems 4-10
as though they were an exam.
Do them in a quiet environment and time yourself to assess what you
are prepared for and what you should study more.
Please feel free to discuss your solutions in office hours.
But please remember that understanding our solutions
is NOT educationally equivalent to generating your own solutions.
February 23, 2010
Clarification of Homework Grades.
Each homework problem will be graded as check (fine), check-plus (very good),
check-minus (one or more deficiencies), or zero.
Average homework grades on the positive side of check will
increase your final grade in 6.003 above the weighted average of your exam grades.
Average homework grades on the negative side of check will
reduce your final grade in 6.003.
Missing homework counts as check-minus-minus-minus.
February 18, 2010
The 6.003 final has been scheduled for Thursday, May 20 from 9am-noon on the Johnson Track.
Febrary 17, 2010
Homework 3 is posted.
February 15, 2010
Supplementary reading for Laplace transform (week 3):
Oppenheim and Willsky -- sections 9.1-9.10 (Ignore comparisons
with Fourier transforms for now. We will cover these starting in week 8)
Posted typographical errors in text (second edition): Errata
February 12, 2010
Notes from office hours have been posted (under Homework and Handouts).
February 11, 2010
Homework 2 is posted.
Monday, February 16 is a holiday. There will be no office hours on that day.
Tuesday, February 17 will follow the Monday schedule of classes.
There will be no lecture that day, but there will be office hours in 32-044 from 3-10pm.
Supplemetary reading for CT systems (weeks 2 and 3):
Oppenheim and Willsky -- sections 1.0-1.5 and 2.4-2.5
February 9, 2010
Homework 1 is due in recitation on February 10.
Please write your KERBEROS USERNAME (upper case only) at the top of your homework.
February 8, 2010
Supplementary reading for DT systems (weeks 1 and 2):
Difference Equations
Difference Equations and Modularity
Block Diagrams and Operators
Modes
February 3, 2010
Homework Assignment 1 has been posted (under Homework and Handouts).