'Parallel execution' diaporamas de présentation

Parallelism

Parallelism. Why need Parallelism?. Faster, of course Finish the work earlier Same work in less time Do more work More work in the same time. How to Parallelize an Application?. Break down the computational part into small pieces Assign the small jobs to the parallel running processes

875 views • 67 slides

Alice in Action with Java

Alice in Action with Java. Chapter 4 Flow Control. Objectives. Use the Boolean type and its basic operations Use the if statement to perform some statements while skipping others Use the for and while statements to perform (other) statements more than once

1.25k views • 58 slides

Chapter Two: Computer Evolution and Performance

Chapter Two: Computer Evolution and Performance. Prepared by: Dr. Bahjat Qazzaz. Introduction. Processor speed------increase Component size------decrease Memory capacity------increase I/O capacity and speed-------Increased Cost--------------Decreased. Introduction.

697 views • 55 slides

An Overview of PROMELA

An Overview of PROMELA. A protocol Validation Language. A notation for the specification and verification of procedure rules. A partial description of a protocol called validation model . The language: PROMELA

692 views • 49 slides

Create a Simple Game in Scratch

Create a Simple Game in Scratch. Barb Ericson Georgia Tech June 2009. Goals. Learn about event handling simple sequential execution loops variables conditionals parallel execution message passing. Game Description.

751 views • 47 slides

Big Data Working with Terabytes in SQL Server

791 views • 46 slides

Chapter 15 IA-64 Architecture

Chapter 15 IA-64 Architecture. Reflection on Superscalar Machines. Superscaler Machine: A Superscalar machine employs multiple independent pipelines to executes multiple independent instructions in parallel.

598 views • 45 slides

CSCI 4717/5717 Computer Architecture

CSCI 4717/5717 Computer Architecture. Topic: Instruction Level Parallelism Reading: Stallings, Chapter 14. What is Superscalar?. A machine designed to improve the performance of the execution of scalar instructions. (The bulk of instructions.)

690 views • 43 slides

Map Reduce Architecture

636 views • 37 slides

CS 252 Graduate Computer Architecture Lecture 6: VLIW/EPIC, Statically Scheduled ILP

CS 252 Graduate Computer Architecture Lecture 6: VLIW/EPIC, Statically Scheduled ILP . Krste Asanovic Electrical Engineering and Computer Sciences University of California, Berkeley http://www.eecs.berkeley.edu/~krste http://inst.cs.berkeley.edu/~cs252 . Recap: Advanced Superscalars.

525 views • 37 slides

IA-64 Architecture (Think Intel Itanium)

532 views • 35 slides

Teaching Computer Concepts with Robots, Animation, and Multi-Media

Teaching Computer Concepts with Robots, Animation, and Multi-Media. Barbara Ericson Georgia Tech ericson@cc.gatech.edu http://coweb.cc.gatech.edu/ice-gt/. There is a Shortage of CS Students. The number of CS majors has dropped 40% since 2001 Nationwide

514 views • 32 slides

CSE 532 Fall 2013 Midterm Exam

CSE 532 Fall 2013 Midterm Exam. 80 minutes, during the usual lecture/studio time: 10:10am to 11:30am on Monday October 21, 2013 Arrive early if you can, exam will begin promptly at 10:10am Held in Bryan 305 (NOT URBAUER 218) You may want to locate the exam room in advance

474 views • 30 slides

The State of Parallel Programming

FT07. The State of Parallel Programming . Burton Smith Technical Fellow Microsoft Corporation. Parallel Computing is Now Mainstream. Cores are reaching performance limits More transistors per core just makes it hot New processors are multi-core and maybe multithreaded as well

377 views • 23 slides

Concurrent Programming

Concurrent Programming. Introducing the principles of reentrancy, mutual exclusion and thread-synchronication . Advantages of multithreading.

393 views • 22 slides

Sample Undergraduate Lecture: MIPS Instruction Set Architecture

Sample Undergraduate Lecture: MIPS Instruction Set Architecture. Jason D. Bakos Optics/Microelectronics Lab Department of Computer Science University of Pittsburgh. Outline. Instruction Set Architecture MIPS ISA Instruction set Instruction encoding/representation Example code Pipelining

736 views • 21 slides

Multithreaded Processors

Multithreaded Processors. A) Introduction B) Processor Architecture C) Instruction Scheduling Strategy D) Static Code Scheduling E) Estimation F) Conclusion G) References . A) Introduction. Why do we present multithreaded processor architecture ?

413 views • 21 slides

Implementing Clinical Decision Support: Strategies and Challenges

Implementing Clinical Decision Support: Strategies and Challenges. Prakash M. Nadkarni. Classification of Decision Support. Tactical / Single Patient Strategic / Sets of Patients Single-Patient Support Logic Simple Logic Complex Logic. Simple Logic.

444 views • 21 slides

WSN Simulation Template for OMNeT++

WSN Simulation Template for OMNeT++. Stefan Dulman s.o.dulman@utwente.nl. Presentation Overview. OMNeT++ Introduction Sensor Network Template Implementation Example Discussion and future work. OMNeT++ Introduction. OMNeT++ Features.

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Managing VO data and process flows

385 views • 15 slides