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UW-Madison CS 537 - Map Reduce Illustrated
School name University of Wisconsin, Madison
Course Cs 537- Introduction to Operating Systems
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UW-Madison CS 537 - Map Reduce Illustrated

School: University of Wisconsin, Madison
Course: Cs 537- Introduction to Operating Systems
Pages: 4
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Lecture 11

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Encryption

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The Abstraction - The Process

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Lecture 7

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I/O Software

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Summary Dialogue on CPU Virtualization

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Lecture 20 - Synchronization

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Final

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Beyond Physical Memory - Mechanisms

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Security

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Lecture 4

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Processes

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Lecture 8 Paging

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Threads and Cooperation

Threads and Cooperation

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Encryption

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Introduction to Processes

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File Systems - Part II

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Useful Things in the C Programming Environment

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The Andrew File System (AFS

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Threads

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Scheduling- The Multi-Level Feedback Queue

Scheduling- The Multi-Level Feedback Queue

12 pages

Scheduling - The Multi-Level Feedback Queue

Scheduling - The Multi-Level Feedback Queue

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Networked File System

Networked File System

23 pages

Common Concurrency Problems

Common Concurrency Problems

13 pages

Redundant Arrays of Inexpensive Disks

Redundant Arrays of Inexpensive Disks

19 pages

File devices

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Monitors

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5 pages

Virtual Machines

Virtual Machines

7 pages

The Shell Project

The Shell Project

3 pages

CS 537 Lecture Notes

CS 537 Lecture Notes

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Virtual Memory

Virtual Memory

20 pages

The Back of the Envelope

The Back of the Envelope

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Scheduling - Introduction

Scheduling - Introduction

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Threads - Locks

Threads - Locks

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CS 537 Lecture Notes

CS 537 Lecture Notes

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Section 2 - The Shell Project

Section 2 - The Shell Project

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Segmentation

Segmentation

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Crash Consistency - FSCK and Journaling

Crash Consistency - FSCK and Journaling

20 pages

Lecture 21

Lecture 21

10 pages

Synchronization

Synchronization

30 pages

Semaphores

Semaphores

18 pages

Section 4 - Data Structures in C

Section 4 - Data Structures in C

5 pages

Philosopher Example

Philosopher Example

3 pages

Lecture 17

Lecture 17

6 pages

Virtual Machine Monitors

Virtual Machine Monitors

13 pages

Deadlock

Deadlock

14 pages

The Abstraction - Address Spaces

The Abstraction - Address Spaces

9 pages

Lecture 3

Lecture 3

15 pages

Lecture 26

Lecture 26

4 pages

Mechanism - Address Translation

Mechanism - Address Translation

12 pages

Beyond Physical Memory - Policies

Beyond Physical Memory - Policies

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Distributed File Systems

Distributed File Systems

4 pages

Lecture 5 Threads and Cooperation

Lecture 5 Threads and Cooperation

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Section 1 - Programming in Unix and C

Section 1 - Programming in Unix and C

5 pages

Paging and Page Replacement

Paging and Page Replacement

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CPU Scheduling

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29 pages

Lecture 11

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Pthreads

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Virtual Memory - Working Sets

Virtual Memory - Working Sets

14 pages

Lecture 12

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A Fast File System for UNIX

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14 pages

Processes

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Lecture notes

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Hard Disk Drives

Hard Disk Drives

17 pages

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