ENEE 244: Digital Logic Design, Spring 2004 --- Course Syllabus
Professor Aharon Kupershtok
1.
Basic Information
Time & Place
Lecture:
Tues. & Thur. 12:30 - 13:45 EGR 1202
Discussion:
S. 205
S. 201
S. 204
S. 206
S. 203
Mon.
Mon.
Mon.
Mon.
Mon.
9:00 - 9:50 EGR 1102
10:00 - 10:50 EGR 3102
11:00 - 11:50 EGR 3102
1:00 - 1:50 EGR 1102
2:00 - 2:50 EGR 1110
(S.Leventhal)
(P.Pari)
(A.Haas)
(P.Pari)
(A.Haas)
Professor
Aharon Y Kupershtok: AVW 2105, rkuper@glue.umd.edu
Office hours: Tues. 11:00 - 12:00
Teaching Assistants
Mr. Sean Leventhal: EGL 1153 , sleventh@glue.umd.edu
Office hours: Thur. 3:00 - 4:00
Mr. Alfred Haas: EGL 1153 , ahaas@glue.umd.edu
Office hours: Mon. 12:00-1:00 & 3:00-4:00
Mr. Pushkin Pari: EGL 1153 , pushkin@glue.umd.edu
Office hours: Wed. 2:00 - 4:00
Class Home Page
http://www.enee.umd.edu/courses/enee244-2.S2004
2.
Course Material
The required text for the course:
Digital Principal and Design by Givone.
3.
Homeworks & Projects
There will be 6 HW assignments. You must prepare and submit all the HW
assignments. Otherwise you will automatically fail the course. It is recommended to
consult with other students on HW assignments, but please prepare and submit your
HW assignments by your own. (see next page)
The HW assignments are scheduled according to the following table:
Homework
HW. #1
HW. #2
HW. #3
HW. #4
HW. #5
HW. #6
Given Date
Feb. 10th
Feb. 24th
Mar. 09th
Mar. 30th
Apr. 13th
Apr. 27th
Due To
Feb. 24th
Mar. 09th
Mar. 30th
Apr. 13th
Apr. 27th
May. 11th
Please turn in all HW assignments to the mailbox of the TA who prepared the
assignment. HW’s 1, 4  S.Leventhal ; HW’s 2, 5  A.Haas ; HW’s 3, 6  P.Pari
4.
Exams
You are expected to take both the midterm and final exams.
The midterm exam will be given on Tuesday, Mar. 18th during the lecture hours.
The final exam will be given during May 13th-19th 2004.
5.
Grading Policy
Final grades will be based on the total of points earned on the homeworks, and the exams.
The tentative point breakdown is as follows:
Homeworks are 24% --- every HW assignment is 4%.
The Final Exam is 76%.
The midterm Exam will protect 50% of your final exam grade.
For calculating your final grade the following formula will be used:
Final_Grade = 0.24*Homeworks Grade +
0.76*MAX{ Final_Exam_Grade ,
0.5* Final_Exam_Grade + 0.5*Midterm_Exam_Grade }
6.
Topics Covered
Number Systems, Arithmetic and Codes
Boolean Algebra and Combinational Networks
Logical Design with MSI Components and
Programmable Logic Devices
Flip-Flops
Synchronous Sequential Networks
(see next page)
Asynchronous Sequential Networks