'Mutual exclusion problem' diaporamas de présentation

Parallel Programming Models, Languages and Compilers

Parallel Programming Models, Languages and Compilers . Module 6. Points to be covered. Parallel Programming Models - Shared-Variable Model, Message-Passing Model, Data-Parallel Model, Object Oriented Model, Functional and Logic Models Parallel Languages and Role of Compilers-

2.15k views • 127 slides

Multithreaded and Distributed Programming -- Classes of Problems

Multithreaded and Distributed Programming -- Classes of Problems. ECEN5053 Software Engineering of Distributed Systems University of Colorado. Foundations of Multithreaded, Parallel, and Distributed Programming, Gregory R. Andrews, Addison-Wesley, 2000.

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Chapter 13

Chapter 13. Working with Threads. Other Reference. The book Programming Microsoft .NET by Jeff Prosise. Chapter 14 is excellent. This book is available through our MSDNAA program in the MELL collection. I used much of this material. Basics.

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Advanced Principles of Operating System (CE-403)

Advanced Principles of Operating System (CE-403). Miss Maheen Sadiq Under the guideline of Sir Syed Rizwan-ul-Hasan Assistant Professor CED, SSUET. Introduction (Week 1). What is Operating System?

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Operating Systems, 122

Operating Systems, 122. Distributed synchronization. Motivation. Interest in distributed computation models is rapidly growing (Grids, Cloud computation, internet relay, etc) A good model for computation is difficult to come up with: Concurrent computation

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A Distributed Group k -Exclusion Algorithm Using k -Write-Read Coteries

A Distributed Group k -Exclusion Algorithm Using k -Write-Read Coteries. Presented by Jehn-Ruey Jiang National Central University Taiwan, R. O. C. Outline. Introduction Related Work k -Write-Read Coteries The Proposed Algorithm Analysis Conclusion. Outline. Introduction

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SPIN Examples

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Fair K-Mutual Exclusion Algorithm for Peer to Peer Systems

Fair K-Mutual Exclusion Algorithm for Peer to Peer Systems. Vijay Anand, Prateek Mittal and Indranil Gupta Department of Computer Science University of Illinois Urbana Champaign. Motivation. Central statistics collection server (PlanetLab, Data Centers) [HP OpenView] [CoMon].

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ITEC452 Distributed Computing Lecture 4 Program Correctness

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1.8 Semaphore Statement

1.8 Semaphore Statement. One of the main problems in coordinating parallel processes is the management of access to shared resources . Mechanisms Grouped statements (1.7) Semaphore statement (1.8) Region statement (1.9).

289 views • 17 slides

Operating Systems TSL & Priority Inversion

Operating Systems TSL & Priority Inversion. Hardware Solutions. No Interrupt Checking No Context Switching. Disabling/Enabling Interrupts. Check for Interrupt: Process Interrupt. Decode Instruction. Fetch Next Instruction. Execute Instruction. Start. Halt. This solution is dangerous

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Chapter 4: Model Checking of Finite State Systems

Chapter 4: Model Checking of Finite State Systems. Albert M. K. Cheng. Model Checking. Is the finite-state graph a model of the temporal logic formula?. Specification represented as a labeled finite-state Graph (Kripke structure). Safety assertion written as temporal logic formula.

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Ch4: Distributed Systems Architectures

Ch4: Distributed Systems Architectures. Typically, system with several interconnected computers that do not share clock or memory. Motivation: tie together multiple independent computers over the network to

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IPC and IPS Problems

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