'Shared buffer' presentation slideshows

Chapter 10

Chapter 10. Concurrency. Contents. Concept of concurrency Subprogram-level concurrency Semaphores Monitors Message passing Java thread. 10.1: Concept of Concurrency. Concurrency is divided into instruction level, statement level, unit level, and program level.

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SE-292 High Performance Computing Intro. To Concurrent Programming & Parallel Architecture

SE-292 High Performance Computing Intro. To Concurrent Programming & Parallel Architecture. Concurrent Programming. Until now: execution involved one flow of control through program Concurrent programming is about programs with multiple flows of control

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A Transducer-Based XML Query Processor

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Synchronization: Advanced 15-213: Introduction to Computer Systems 24 th Lecture, Nov. 18, 2010

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Synchronization 15-213: Introduction to Computer Systems Recitation 14: November 25, 2013

Carnegie Mellon. Synchronization 15-213: Introduction to Computer Systems Recitation 14: November 25, 2013. Pratik Shah ( pcshah ) Section C. Carnegie Mellon. Topics. News Shared State Race conditions Synchronization Mutex Semaphore Readers-writers lock Producer-Consumer Problem

525 views • 26 slides

An Introduction to Computer Networks

An Introduction to Computer Networks. Lecture 7: Switch fabric design. University of Tehran Dept. of EE and Computer Engineering By: Dr. Nasser Yazdani. Outline. Introduction What are switches? Basic concepts Design factors Performance factors Functional requirements

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Semaphores

UNIVERSITY of WISCONSIN-MADISON Computer Sciences Department. Semaphores. CS 537 Introduction to Operating Systems. Andrea C. Arpaci-Dusseau Remzi H. Arpaci-Dusseau. Questions answered in this lecture: Why are semaphores necessary? How are semaphores used for mutual exclusion?

260 views • 13 slides

Exploring heuristics for Synchronous Data Flow scheduling

Exploring heuristics for Synchronous Data Flow scheduling. Pieter Hartel Theo Ruys Marc Geilen. Data driven Fixed prod & cons rates Cycles are ok Conditionals not ok (No self edges). Simple semantics Scheduling NP hard Signal processing Many variants.

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Performed by: Moti Mor Tomer Gal Instructor: Yaniv Ben-Itzhak

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