'Pram algorithm' presentation slideshows

Parallel Algorithms

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No Need to Constrain Many-Core Parallel Programming: Time for Hardware Upgrade

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Lazy Binary-Splitting: A Run-Time Adaptive Work-Stealing Scheduler

Lazy Binary-Splitting: A Run-Time Adaptive Work-Stealing Scheduler. Alexandros Tzannes, George C. Caragea, Rajeev Barua, Uzi Vishkin University of Maryland, College Park Tuesday Jan. 12 th , 2010 PPoPP, Bangalore. Outline. Introduction/Motivation Work-Stealing Background

616 views • 39 slides

RAM and Parallel RAM (PRAM)

RAM and Parallel RAM (PRAM). Why models?. What is a machine model? A abstraction describes the operation of a machine. Allowing to associate a value (cost) to each machine operation. Why do we need models? Make it easy to reason algorithms

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Lecture 3 PRAM Algorithms

Lecture 3 PRAM Algorithms. Parallel Computing Fall 2008. Four Subclasses of PRAM. Depending on how concurrent access to a single memory cell (of the shared memory) is resolved, there are various PRAM variants.

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Lecture 6 PRAM Algorithms

Lecture 6 PRAM Algorithms. Parallel Computing Fall 2008. Four Subclasses of PRAM. Depending on how concurrent access to a single memory cell (of the shared memory) is resolved, there are various PRAM variants.

383 views • 17 slides

Study of the algorithms for parallel machines Many applications in day to day life

PRAM ALGORITHM Presented by Priyadarshini Panda IT200157071 Under the guidance of Mr. Anisur Rahman. INTRODUCTION. Study of the algorithms for parallel machines Many applications in day to day life demand real time solutions. Eg: Weather forecasting, severe

322 views • 17 slides

Lecture 6 More PRAM Algorithm

Lecture 6 More PRAM Algorithm. Parallel Computing Fall 2008. Application of Parallel Prefix: Binary Number Addition. Add two n -bit binary numbers in 2 lg n + 1 steps using an n -leaf c.b.t.(complete binary tree) Sequential algorithm requires n steps. Binary addition example:

265 views • 11 slides