'Ready state' diaporamas de présentation

LINUX Kernel

LINUX Kernel. Chapter 3 Introduction to the Kernel ???. Processes and Tasks. Process 1. Process 2. Process 3. Task 1. Task 2. Task 3. System Kernel with co-routines. Processes seen from outside: individual processes exist independently Tasks

1.4k views • 105 slides

Concurrent Programming

Concurrent Programming. Course objective. Introduction to Thread and MultiThread Creating & Managing Threads Life Cycle of a Thread Thread class methods Daemon Threads Thread scheduling & priorities Thread Synchronization Thread Interaction Thread Deadlock Runnable Interface.

1.19k views • 93 slides

Revision

Revision. CS3008 Operating Systems. Three Main Areas. System Call Interface. Process Management. Memory Management. I/O Management. Virtual Memory. File Systems. Process creation Process Interruption Process termination Scheduling Inter-process Communication. Paging / Segmentation

1.24k views • 90 slides

PROCESS MANAGEMENT

PROCESS MANAGEMENT. Contents. Process concept Process states Process description. Process concept. Process definition. Informally, a process is a program in execution. All the programs in execution are organized as a set of sequential processes (process model).

946 views • 74 slides

Module 3.1: Virtual Memory

Module 3.1: Virtual Memory. Simple Paging and Paging Simple Segmentation and Segmentation Thrashing Fetch, Placement, and Replacement Policies Allocation Policy. Simple Paging. Main memory is partitioned into equal fixed-sized chunks (of relatively small size)

544 views • 51 slides

Virtual Memory Management

Virtual Memory Management. B.Ramamurthy Chapter 8. Virtual memory. Consider a typical, large application: There are many components that are mutually exclusive. Example: A unique function selected dependent on user choice. Error routines and exception handlers are very rarely used.

816 views • 48 slides

CISC3595 CPU Scheduling

519 views • 43 slides

Uniprocessor Scheduling

Uniprocessor Scheduling. Chapter 9. Processor Scheduling. Processor scheduling determines the assignment of processes to be executed by the processor over time Goals of scheduling: High processor utilization less idle time Fast throughput large number of processes completed per unit time

532 views • 34 slides

Chapter 5 CPU Scheduling

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

633 views • 30 slides

CPU Scheduling

488 views • 29 slides

Rocket Based Deployable Data Network

Rocket Based Deployable Data Network. University of New Hampshire Rocket Cats Collin Huston, Brian Gray, Joe Paulo, Shane Hedlund, Sheldon McKinley, Fred Meissner , Cameron Borgal. 2012-2013 Flight Readiness Review Submission Deadline: March 18, 2013. Overview. Objective

356 views • 28 slides

AJAX Overview

360 views • 27 slides

Section 5

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Continuous Delivery / Continuous Integration

Continuous Delivery / Continuous Integration. Ideas -> Solutions. Time. Time is money. Typical Release. Agile Manifesto. Continuous Delivery. Build the pipeline. Keep software in production ready state. One button deploy. 8 Principles of Continuous Delivery.

1.15k views • 17 slides

Electronic Guitar Tuner

Electronic Guitar Tuner. K. Wettstein A. Wunderlich Senior Design Project Team 45 May 3, 1999. Target Specifications. For use with acoustic guitar. Accurate to 10 cents (musical term) for entire range of guitar pitches Easy to read output LED display. Background - Musical terms.

388 views • 16 slides

Inside Discrete-Event Simulation Software: How It Works and Why It Matters

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SEMAPHORES

SEMAPHORES. Scribe: Operating systems(27/02/2014) By Salman Ahmad (11cs10041). WAIT(S). When a process executes wait(s) and finds that s==0, then Process must wait =>block() Places the process into a waiting queue associated with s Switch from running state to waiting state. SIGNAL(S).

666 views • 11 slides

BUSINESS CONTINUITY for HULMAN & COMPANY LLC

BUSINESS CONTINUITY for HULMAN & COMPANY LLC. Lost Data. Disaster Recovery Time Frame. Cost. Recovery Point Objective. Maximum Tolerable Downtime. Work Recovery Time. Recovery Time Objective. Collect Data Manually. Recover Lost Data. Recover Work Backlog. Recover Collected

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Finite State Machine in DCS

226 views • 6 slides