CSE 451
Calendar
DAY |
TOPIC |
Readings |
Project |
Homework |
||||
| Jan 7 | First day craziness | Silbershatz: Chapter 1 (skim); Chapter 2; Chapter 3 (Sections 1-3). | Project 0 out | Homework #1: form project teams | ||||
| Jan 9 | Just what is an OS? Multiprograming. slides | |||||||
| Jan 11 | OS Protection ( slides ) | |||||||
| Jan 14 | Hardware trends: How is hardware evolving, and how does this alter the design of systems? (slides) | Andrew Birrell: An Introduction to Programming with Threads (C# version or Modula 2 version); |
Homework 1 in | |||||
| Jan 16 | Threads: what is a thread? How is it different than a process? What problems do threads solve? Which problems do they create? ( slides ) | Project 0 in; project 1 out | Out: Homework #2 threads | |||||
| Jan 18 | More on thread safety (
slides
) AspectRatio.java , thread-safe version |
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| Jan 21 | No class | |||||||
| Jan 23 | Condition variables and the producer/consumer pattern ( slides ) | Silbershatz chapter 7 | ||||||
| Jan 24 | Scheduling (slides). Bounded buffers: A simple solution, a more sophisticated solution | |||||||
| Jan 25 | Deadlock: How do we prevent threaded programs from “getting stuck ( slides, BufferPool.java) ”? | Project 1 in, Project 2 out | Homework 2 in Homework 3 out |
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| Jan 28 | Project 2 Overview | Silbershatz chapter 5, skip 5.7 | ||||||
| Jan 30 | Thread implementation: How does the OS / runtime implement threads and synchronization primitives (slides) | |||||||
| Feb 1 | Alternatives to lock-based synchronization (
slides) VisibilityExample.java ConcurrentStack.java |
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| Feb 4 | Memory management intro ( slides) | Silbershatz: Chapters 8, 9 | ||||||
| Feb 6 | Paging ( slides) | Project 2 in | Homework 3 in | |||||
| Feb 8 | Virtual memory ( slides) | |||||||
| Feb 11 | Midterm | Silbershatz: Chapters 11,12 | ||||||
| Feb 13 | Disks and storage systems( slides) | Project #3 out: virtual memory | ||||||
| Feb 15 | File system intro ( slides) | |||||||
| Feb 18 | No class | Silbershatz: Chapters 11,12 | ||||||
| Feb 20 | File system performance( slides) | |||||||
| Feb 22 | The page cache, memory mapping, and pipes ( slides ) | Project #4 out: file systems | Homework #4 in Homework #5 out |
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| Feb 25 | Distributed systems ( slides) | Silbershatz: Chapter 16 | Project 3 in | |||||
| Feb 27 | Service-oriented architectures: How do we construct large distributed systems that get work done? (slides) | |||||||
| Feb 29 | Remote procedure calls: How do we implement SOAs? (slides) | |||||||
| Mar 3 | Security intro: What is “security”, and how do we go about achieving it? (slides) | Silbershatz: Chapter 15 (skim 14 if necessary) | Homework #5 in | |||||
| Mar 5 | Buffer overflow attacks. No slides . In class examples: ss1.c, ss2.c, ss3.c, ss4.c, | |||||||
| Mar 7 | ||||||||
| Mar 10 | Virtual machine monitors (slides) | |||||||
| Mar 12 | Wrap up VMMs; para-virtualization. no slides | Project #4 in | ||||||
| Mar 14 | Review | |||||||