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An Introduction to the Partitioned Global Address Space (PGAS) Programming Model
(m20649)
Author:
Tim Stitt Ph.D.
Keywords:
Chapel
,
Co-Array Fortran (CAF)
,
Parallel Programming Model
,
PGAS
,
Titanium
,
Unified Parallel C (UPC)
,
X10
Summary:
This module introduces the Partitioned Global Address Space (PGAS) programming paradigm. This paradigm provides both a data and execution model that has the potential to dramatically improve runtime performance and programmer productivity on increasingly ubiquitous multi-core architectures. The fundamental principles of the PGAS paradigm are presented in comparison with ... and X10.
[Expand Summary]
This module introduces the Partitioned Global Address Space (PGAS) programming paradigm. This paradigm provides both a data and execution model that has the potential to dramatically improve runtime performance and programmer productivity on increasingly ubiquitous multi-core architectures. The fundamental principles of the PGAS paradigm are presented in comparison with traditional parallel programming models. Furthermore, the richer 'Asynchronous PGAS' programming model is also introduced in association with the next-generation parallel programming languages Chapel and X10.
[Collapse Summary]
Subject:
Science and Technology
Language:
English
Popularity:
61.76%
Revised:
2009-09-27
Revisions:
6
An Introduction to Parallel Programming with MapReduce
(m20644)
Authors:
Cristina Abad
,
Allan Avendaño
Keywords:
Hadoop
,
MapReduce
,
Prime
,
QTConcurrent
,
Rabin Miller
Summary:
MapReduce is a framework based on the Map and Reduce functions used in functional languages like Lisp. QT Concurrent provides a MapReduce implementation for parallel programming on multi-core processors. This module provides an introduction to parallel programming with MapReduce, using QT Concurrent.
Subject:
Science and Technology
Language:
English
Popularity:
88.38%
Revised:
2009-03-25
Revisions:
10
Discussing Implicit Parallelism and Its Applications
(m19529)
Author:
Hong Lin
Keywords:
Automatic software Design
,
Multi-Agent Systems
,
Parallel Programming
,
The Chemical Reaction Model
,
Very High Level Languages
Summary:
Methodologies have been developed to allow parallel programming in a higher level. These include the Chemical Reaction Models, Linda, and Unity. We present the Chemical Reaction Models and its applications. An example in modeling a course maintenance system is given.
Subject:
Science and Technology
Language:
English
Popularity:
20.85%
Revised:
2009-01-22
Revisions:
New
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