'Process burst time' diaporamas de présentation

ecs150 Spring 2014 : Operating System #2: Scheduling & Mutual Exclusion

ecs150 Spring 2014 : Operating System #2: Scheduling & Mutual Exclusion. Dr. S. Felix Wu Computer Science Department University of California, Davis. Kernel and User Space. Memory space for this process. Process FOO. program. System call (or trap into the kernel). conceptually.

1.87k views • 169 slides

ecs150 Fall 2011 : Operating System #2: Scheduling & Mutual Exclusion

ecs150 Fall 2011 : Operating System #2: Scheduling & Mutual Exclusion. Dr. S. Felix Wu Computer Science Department University of California, Davis. Kernel and User Space. Memory space for this process. Process FOO. program. System call (or trap into the kernel). conceptually.

1.79k views • 164 slides

ecs150 Fall 2007 : Operating System #2: Scheduling and Mutual Exclusion (chapter 4)

ecs150 Fall 2007 : Operating System #2: Scheduling and Mutual Exclusion (chapter 4). Dr. S. Felix Wu Computer Science Department University of California, Davis http://www.cs.ucdavis.edu/~wu/ sfelixwu@gmail.com. Kernel and User Space. Memory space for this process. Process FOO. program.

1.15k views • 99 slides

Workshop 2: Agenda

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Operating System Concepts

Operating System Concepts. Ku-Yaw Chang canseco@mail.dyu.edu.tw Assistant Professor, Department of Computer Science and Information Engineering Da-Yeh University. Chapter 6 CPU Scheduling. CPU scheduling The basis of multiprogrammed OSs Make the computer more production

772 views • 61 slides

CPU Scheduling

CPU Scheduling. Basic Concepts Scheduling Criteria Scheduling Algorithms First-Come-First-Served Shortest-Job-First, Shortest-remaining-Time-First Priority Scheduling Round Robin Multi-level Queue Multi-level Feedback Queue Real-Time CPU Scheduling. Basic Concepts.

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Chapter 5 Process Scheduling

Chapter 5 Process Scheduling. Outline. Basic Concepts Scheduling Criteria Scheduling Algorithms Multiple-Processor Scheduling Real-Time Scheduling Algorithm Evaluation. Basic Concepts. The idea of multiprogramming:

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Chapter 4 CPU Scheduling

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CPU Scheduling

584 views • 45 slides

School of Computing Science Simon Fraser University CMPT 300: Operating Systems I

School of Computing Science Simon Fraser University CMPT 300: Operating Systems I Ch 5: CPU Scheduling Dr. Mohamed Hefeeda. Chapter 5: Objectives. Understand Scheduling Criteria Scheduling Algorithms Multiple-Processor Scheduling. Basic Concepts.

464 views • 38 slides

CPU Scheduling

460 views • 38 slides

Chapter 5: CPU Scheduling

Chapter 5: CPU Scheduling. Chapter 5: CPU Scheduling. Basic Concepts Scheduling Criteria Scheduling Algorithms Operating Systems Examples. Basic Concepts. Maximum CPU utilization obtained with multiprogramming

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Chapter 5: CPU Scheduling

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CPU Scheduling

Introduction to Operating Systems: Module 13. CPU Scheduling. Overview. Basic concepts Short, medium, long term scheduling Scheduling criteria Scheduling algorithms Advanced scheduling Multiple-processor scheduling Real-time scheduling Algorithm evaluation methods. Basic Concepts.

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Chap 5

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Chapter 6: CPU Scheduling

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Process Scheduling

Process Scheduling. B.Ramamurthy. Introduction. An important aspect of multiprogramming is scheduling. The resources that are scheduled are IO and processors. The goal is to achieve High processor utilization High throughput number of processes completed per unit time Low response time

435 views • 25 slides

Chapter 5- CPU Scheduling

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Chapter 5: CPU Scheduling

Chapter 5: CPU Scheduling. Chapter 5: CPU Scheduling. Basic Concepts Scheduling Criteria Scheduling Algorithms Multiple-Processor Scheduling Real-Time Scheduling Thread Scheduling Operating Systems Examples Java Thread Scheduling Algorithm Evaluation. Basic Concepts.

325 views • 20 slides