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

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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Bibliographische Detailangaben
1. Verfasser: Dieterle, Mischa
Beteiligte: Loogen, Rita (Prof. Dr.) (BetreuerIn (Doktorarbeit))
Format: Dissertation
Sprache:Englisch
Veröffentlicht: Philipps-Universität Marburg 2015
Schlagworte:
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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