'Parallel programming models' diaporamas de présentation

Uzi Vishkin Electrical and Computer Engineering Dept

ENEE699/ENEE459P: Parallel Algorithms Home page: http://www.umiacs.umd.edu/users/vishkin/TEACHING/enee459p-f10.html. Uzi Vishkin Electrical and Computer Engineering Dept. Topics covered. Parallel algorithms Parallel programing languages

1.05k views • 90 slides

Uzi Vishkin Electrical and Computer Engineering Dept

ENEE699/ENEE459P: Parallel Algorithms Home page: http://www.umiacs.umd.edu/users/vishkin/TEACHING/enee459p-f10.html. Uzi Vishkin Electrical and Computer Engineering Dept. Topics covered. Parallel algorithms Parallel programing languages

904 views • 90 slides

COS 497 - Cloud Computing 2. Distributed Computing

1.17k views • 65 slides

Welcome to Getting Started at the ALCF

Welcome to Getting Started at the ALCF. Agenda. Part I Blue Gene/Q hardware overview Building your code Considerations before you run Queuing and running Part II After your job is submitted Potential problems Performance tuning Backups and tape archiving. Part I.

849 views • 63 slides

DISTRIBUTED AND HIGH-PERFORMANCE COMPUTING CHAPTER 5: Programming Parallel Computers

DISTRIBUTED AND HIGH-PERFORMANCE COMPUTING CHAPTER 5: Programming Parallel Computers. Programming Parallel Computers. There are a few possible approaches to programming parallel computers. Parallel languages designed speci?cally for parallel computing.

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Parallel Programming models in the era of multi-core processors:

Parallel Programming models in the era of multi-core processors:. Laxmikant Kale http://charm.cs.uiuc.edu Parallel Programming Laboratory Department of Computer Science University of Illinois at Urbana Champaign. Requirements. Composibility Respect for locality Dealing with heterogeneity

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Veljko Milutinovi ?

Veljko Milutinovi ?. VLSI for SuperComputing: From Applications and Algorithms to Masks and Chips. 1 /40. World Top Foundries in VLSI for SuperComputing. #1?. 2 /40. World Top Foundries in VLSI for SuperComputing. #1? Qualcomm. 3 /40. World Top Foundries in VLSI for SuperComputing.

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Various Types of Applications on the Earth Simlator

Various Types of Applications on the Earth Simlator. Tsunami Simulation on the Earth Simulator. Tsunami Simulation. Supposed to be generated by Earthquake at Nankai Trough in the South-West part of Japan. Quasi 3D Shallow-Water Equations Kawahara-Kashiyama Scheme

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Parallel Programming Models

Parallel Programming Models. Shared Memory (without threads) Threads Distributed Memory / Message Passing Data Parallel Hybrid Single Program Multiple Data (SPMD) Multiple Program Multiple Data (MPMD). Parallel Programming Models.

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SMiLE Shared Memory Programming

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Review of EEE4084F 2013

Review of EEE4084F 2013. EEE4084F. Digital Systems. Lecturer: Simon Winberg. Lecture content covered Readings, seminars, chapters. Lecture Overview. EEE4084F. Digital Systems. Lecture Review. EEE4084F Digital Systems. Nothing of Lecture 1 is examined. Lecture 1.

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Aspen -- A language for highly concurrent network applications

Aspen -- A language for highly concurrent network applications. Gautam Upadhyaya, Vijay S. Pai, Samuel P. Midkiff Purdue University. Motivation. Writing parallel programs is hard Sequential programs are often bug ridden and over schedule Parallel programming is harder Many loci of control

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Introduction to and CUDA

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Parallel Programming Paradigm

Parallel Programming Paradigm. Yeni Herdiyeni Dept of Computer Science, IPB. Parallel Programming . An overview. Why parallel programming?. Solve larger problems Run memory demanding codes Solve problems with greater speed. Why on Linux clusters?.

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Parallel Computing

Parallel Computing. Guoliang Chen E-mail : glchen@ustc.edu.cn. Parallel Computing. Parallel Architectures Parallel Algorithms Parallel Programming. Abstract.

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Parallel Programming Models

Parallel Programming Models. Jihad El-Sana. These slides are based on the book: Introduction to Parallel Computing, Blaise Barney, Lawrence Livermore National Laboratory. Overview. P arallel programming models in common use: Shared Memory Threads Message Passing Data Parallel

632 views • 22 slides

Creating and Using Threads

Creating and Using Threads. Based on Slides by Katherine Yelick http://www.cs.berkeley.edu/~yelick/cs194f07. Parallel Programming Models. Programming model is made up of the languages and libraries that create an abstract view of the machine Control How is parallelism created ?

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Parallel Programming Models and Paradigms

Parallel Programming Models and Paradigms. An Introduction. Clou d Computing and D istributed S ystems (CLOUDS) Lab . The University of Melbourne, Australia www.cloudbus.org. Prof. Rajkumar Buyya. Presentation Outline. Introduction Parallel Application Development Strategies

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Are New Languages Necessary for Manycore?

Are New Languages Necessary for Manycore? . David I. August Department of Computer Science Princeton University. THIS is the Problem!. ?. 2004. SPEC CPU INTEGER PERFORMANCE. TIME. Why New Multicore Languages Will Fail. Money is earned by relieving customer pain The Market

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Revisiting a slide from the syllabus: CS 525 will cover

Revisiting a slide from the syllabus: CS 525 will cover. Parallel and distributed computing architectures Shared memory processors Distributed memory processors Multi-core processors Parallel programming S hared memory programming ( OpenMP ) D istributed memory programming (MPI)

242 views • 16 slides