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Office Hours: MW 1-2:30pm or by email appointment Office: ENB 334 Email: anda at cse usf edu Teaching Assistant: Paul Anderson Office Hours: MW 12:00-1:00pm in ENB 327 Tutorials: M 5:30-6:30pm and W 1:30-2:30 pm in ENB 220 (Linux/C4 Lab) (approx. every other week) Email: paanders at mail usf edu |
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| announcements |
syllabus | schedule | projects |
handouts/tutorials |
This is an introductory undergraduate course in operating systems,
emphasizing the core operating system concepts of processes and
threads, concurrency and synchronizations, file systems,
and virtual memory.
Workload.
This is a demanding course. There are three required projects,
two midterm tests, and one
final exam after classes end. All exams are in-class, cumulative and
closed books. In
addition to the projects, there
will be optional problem sets that will not be graded. However, about
half of the exam questions are drawn from the problem sets.
Topics. The course covers five primary topic areas.
Other Course Policies: We will be observing all university policies regarding religious holidays and disability policies. Any student with a disability is encouraged to meet with me privately during the first week of class to discuss accommodations. Each student must bring a current Memorandum of Accommodations from the Office of Student Disability Services that is prerequisite for receiving accommodations. Accommodated examinations through the Office of Student Disability Services require two weeks notice. All course documents are available in alternate format if requested in the student's Memorandum of Accommodations. For any special accommodations, please see me during the first week of classes. For information regarding religious holidays, please see http://isis.fastmail.usf.edu/usfgc/gc_pp/acadaf/gc10-045.htm.
Please make sure that you turn off your cellular phones, iPods, walkie-talkies and other such cool gadgets during all classes (lectures and examinations).
| Dates |
Topics |
Reading |
Notes | Assignments |
Important Dates |
| 08/25 |
Introduction. OS Concepts | lec01.ppt |
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| 08/27 |
System Calls. The Shell | 1.1-1.3 | lec02.ppt |
Assignment 1 posted on BB |
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| 09/03 |
Processes |
lec03.ppt |
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| 09/08 |
Threads. |
lec04.ppt |
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| 09/10 |
Scheduling. |
2.1 |
lec05.ppt |
Assignment 1 due at 11:59pm |
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| 09/15 |
Scheduling. Intro to IPC |
2.4 |
lec06.ppt |
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| 09/17 |
Inter-Process Communication |
lec07.ppt |
Assignment 2 due at 11:59pm | ||
| 09/22 |
The Cube (Paul) |
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| 09/24 |
Semaphores (cont) |
lec09.ppt |
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| 09/29 |
Classical IPC Problems |
lec10.ppt |
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| 10/01 |
Classical IPC Problems |
lec11.ppt |
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| 10/06 |
Review for Test I |
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| 10/08 |
Test I |
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| 10/13 |
Fun with Distributed Systems (1) |
rsc1.ppt |
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| 10/15 |
Deadlock. Banker's Algorithm |
3.3 |
lect12.ppt |
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| 10/20 |
Memory
Management |
4.1-4.2 |
lec13.ppt |
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| 10/22 |
Virtual
Memory (1) |
4.3 |
lect14.ppt |
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| 10/27 |
Virtual
Memory (2) |
lec15.ppt |
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| 10/29 |
Page
Replacement Algorithms |
4.4 |
lec16.ppt |
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| 11/03 |
Design
Issues |
4.5 |
lec17.ppt |
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| 11/05 |
In-class
problem solving |
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| 11/10 |
Segmentation. Review for Test II |
4.6 | lec18.ppt |
Assignment 4 due 11/16 at 11:59pm | |
| 11/12 |
Test II |
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| 11/17 |
Fun
with Distributed Systems (2)
|
rsc2.ppt |
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| 11/19 |
Disk scheduling algorithms |
3.7 |
lec19.ppt |
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| 11/24 |
File
Systems |
5.1-5.3 |
lec20.ppt |
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| 11/26 |
No class |
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| 12/01 |
Disk
management |
5.3 |
lec21.ppt |
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| 12/03 |
Review for Final Exam |
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| 12/12 |
Final Exam |
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