Structured Parallelism by Composition - Design and implementation of a framework supporting skeleton compositionality

Dieterle, Mischa

Structured Parallelism by Composition - Design and implementation of a framework supporting skeleton compositionality

This thesis is dedicated to the efficient compositionality of algorithmic skeletons, which are abstractions of common parallel programming patterns. Skeletons can be implemented in the functional parallel language Eden as mere parallel higher order functions. The use of algorithmic skeletons facilit...

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Hlavní autor:	Dieterle, Mischa
Další autoři:	Loogen, Rita (Prof. Dr.) (Vedoucí práce)
Médium:	Dissertation
Jazyk:	angličtina
Vydáno:	Philipps-Universität Marburg 2015
Témata:	Trees Tables** Records (NEW) Lists, stacks, and queues (REVISED) Graphs and networks (REVISED) Distributed data structures (NEW) Arrays DATA STRUCTURES Parallelverarbeitung functional programming composition, iteration, algorithmic skeletons Modularität Komposition Informatik HASKELL ,distributed memory, modularity Algorithmische Skelette Frameworks (NEW) Constraints (NEW) Control structures Language Constructs and Features (E.2) Input/output Patterns (NEW) Procedures, functions, and subroutines Coroutines Inheritance (NEW) Classes and objects (NEW) Data types and structures Modules, packages Polymorphism (NEW) Abstract data types Dynamic storage management Concurrent programming structures Recursion Applicative (Functional) Programming parallel programming Verteilter Speicher Iteration Parallel programming Distributed programming Concurrent Programming Skelettkomposition Funktionale Programmierung HASKELL Data processing Computer science
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Structured Parallelism by Composition - Design and implementation of a framework supporting skeleton compositionality

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