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Professor: |
TA: |
TA: |
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Dr. Jeff Hollingsworth |
Ser Nam Lim |
Shang-Chieh Wu |
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4161 AV Williams |
1151 A V Williams |
1151 A V Williams |
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(40) 5-2708 |
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Office Hours: |
Office Hours: |
Office Hours: |
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Tu 10:00-11:00 |
M 1-2 |
M 11:30-1:00 |
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W 11:00-12:00 |
W 2:30-4:30 |
Th 2:00-3:30 |
Class URL: http://www.cs.umd.edu/~hollings/cs412/s02/
You are expected to check the class web page on a regular basis (at least twice a week).
A hands-on introduction to operating systems, including topics in: multiprogramming, communication and synchronization, memory management, IO subsystems, and resource scheduling polices. The laboratory component consists of constructing a small kernel, including functions for device IO, multi-tasking, and memory management.
An in-depth understanding of how an operating system manages resources in a computer and provides programmers with a machine and device independent interface. The emphasis of this class will be on operating system concepts. Running examples will be drawn from contemporary OS’s including UNIX, Windows NT, and Linux.
Topics Covered (in approximately the order we will cover them):
· Introduction to Operating Systems (1 week)
· Concurrent Processes (2 weeks)
· Kernel implementation techniques (1 week)
· CPU scheduling (1 week)
· Memory Management (2 weeks)
· File and I/O Systems (2 weeks)
· Security and Protection (1 week)
· Networking and Distributed Systems (2 weeks)
· Objects and Naming (1 week)
· Window and Display Services (1 week)
Operating System Concepts 6th Edition, Siberschatz, Galvin and Gagne, Addison-Wesley 2002.
Understanding operating system concepts is a hands-on
activity. This class will include
several substantial programming projects that will require students to read and
understand provided code, write new modules, and debug the resulting
system. The programming assignments will be time consuming and students taking
this class should plan their class schedules accordingly.
The instructor reserves the right to fail, regardless of overall numeric score, students who do not
submit a good faith attempt to complete all programming assignments.
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Final Exam |
30% |
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Midterms (2 each worth 15%) |
30% |
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Programming Assignments |
40% |
Exams:
Midterm #1 - March 5th in class
Midterm #2 - April 11 in class
Final – May 18 10:30-12:30
Re-grade policy. All requests to change grading of homework,
programming projects, or exams must be submitted in writing (typed) within one
week of when the assignment was made available for pickup. Requests must be
specific and explain why you feel your answer deserves additional credit. A
request to re-grade an assignment can result in the entire assignment being
re-evaluated and as a result the score of any
part of the assignment may be increased or lowered as
appropriate.
All work that you submit in this course must be your own;
unauthorized group efforts will be considered academic dishonesty. See the
Undergraduate Catalog for definitions and sanctions. Academic dishonesty is a
serious offense that may result in
suspension or expulsion from the University. In addition to any other
action taken, the grade “XF” denoting “failure due to academic dishonesty” will
normally be recorded on the transcripts of students found responsible for acts
of academic dishonesty. Sharing of code on programming assignments is a form of
academic dishonesty.
No late homework or programming assignments will be accepted. If you are unable to complete a programming assignment due to illness or family emergency, please see Dr. Hollingsworth as soon as possible to make special arrangements.
We (the TAs and myself) are happy to answer questions during office hours, and by email. However, office hours and email are not intended as a replacement for lecture. As a result, we will only see people during office hours or respond to your email if you regularly attend class. Due to our own work schedules, we may not respond to email instantly. However, we will try to respond to your email by the next regularly scheduled office hour after you send it.