CprE 310 - Fall 2001 - Theoretical Foundations of
Computer Engineering
Lecture and Homework Assignment Pages:
(Click here for lecture information, test
information, and homework assigments)
Classroom:
TR 8:00-9:15, Lagomarcino W0142
Instructor:
Iowa State University
Steve
F. Russell, Associate Professor
Department of Electrical and
Computer Engineering
2427 Coover ECPE, Iowa State University
Ames, Iowa 50011
Phone: 515-294-1273 (voice mail capability)
email: sfr@iastate.edu
http://www.public.iastate.edu/~sfr/homepage.html
Office Hours: Office hours are listed on
my web page for my weekly schedule at http://www.public.iastate.edu/~sfr/schedule.htm
Teaching Assistant:
Xiaoyun Tang (Xytang@iastate.edu) (TA
Webpage Link)
Textbook:
"Discrete Mathematics and Its Applications," by Kenneth H. Rosen, Publisher:
New York, McGraw Hill, c1994, Fourth Edition (ISBN 0-07-289905-0).
The author's web site is very helpful to students and can be found at:
http://www.mhhe.com/math/advmath/rosen/
Course Information:
Cpre 310 is a course in the mathematics
needed for a career in Computer Engineering. Discrete Mathematics
forms the theoretical basis for hardware and software logic design. We
will be studying topics as they relate to computer engineering technology.
The web pages for this course will be the primary form of communication
for the lecture topics, homework assignments, homework due dates, and exam
dates. Students will be responsible for checking the web pages daily. E-Mail
will be used for sending notices to the class and for communications between
the professor, TA, and individual students. Students will be responsible
for checking their email for these messages. In-class announcements will
be kept to a minimum. Students will be responsible for getting the web
information and turning in homework assignments on time.
Grading Information:
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Grading for exams and for homework will be done
on separate curves
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Three one-hour exams plus a final exam
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Grading Criteria is the following:
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Each of the three semester exams:
15% (total is 45%)
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Final Exam: 30%
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Homework: 25%
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Each homework assignment will be graded separately
with 10 points per problem. The total number of points will be variable
according to the number of problems assigned.
Exam Information:
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Exams are closed book. One 81/2 by 11 sheet of
paper can be used for reference to study notes. No other information is
allowed.
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Palm computers and calculators will not be used.
Exams will be designed to test what you know about the subject matter and
not how well you know your computer or calculator.
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The dates of the exams will be announced several
weeks in advance so you can plan your schedule accordingly. They will be
posted on this web site.
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Exams will be taken individually
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No make-up exams will be given except in extreme
circumstances.
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Refer to the lecture pages for more specific information
for each exam.
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A study guide for each exam will be made available
and posted on the web.
Homework Information:
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Check the lecture and homework assignment pages
for each class day to determine the assignments, due dates, and lecture
topics.
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Contact our Teaching Assistant if you have questions
about homework grading.
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Homework will generally be assigned each class
period and will be due at the time stated on the Lecture Page for that
day.
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Late homework will not be accepted except in extreme
circumstances. If a student cannot attend the class when the homework is
due, he or she should give the homework to the TA BEFORE the class time.
In extreme circumstances, please contact your TA and make suitable arrangements.
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If you have questions about how to do the homework,
visit your instructor or teaching assistant during their office hours which
can be found on the web pages.
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The explanation of the homework marking will be
on the web page of your teaching assistant.
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Please do not combine two homework assignments
on the same stapled set of pages. Please submit separate, stapled pages
for each homework assignment.
Course Syllabus:
(Click here for the course syllabus)