We are developing a pattern language to guide the programmer through the entire process of developing a parallel application program. The pattern language includes patterns that help find the concurrency in the problem, patterns that help find the appropriate algorithm structure to exploit the concurrency in parallel execution, and patterns describing lower-level implementation issues. Other patterns in the pattern language can be seen a
This paper presents the operator design pattern dedicated to enforce the reusability and extensibili...
The only reason to parallelize a program is to gain performance. However, the synchronization primit...
The Shared Resource pattern is an architectural pattern for parallel programming used when a design ...
Parallel Programming is significantly more complex than sequential programming because the programme...
The work under this grant consisted of encouraging community activities for the development of paral...
The use of the Groovy Parallel Patterns Library is described, using many diverse examples, showing h...
During the past decade, the degree of parallelism available in hardware has grown quickly and decisi...
Parallel programming environments provide a way for users to reap the benefits of parallelism, whil...
Programming is now parallel programming. Much as structured programming revolutionized traditional s...
The concept of design patterns has been extensively studied and applied in the context of object-ori...
Pipeline, Delta, and Black-Hole are three simple patterns used in concurrent software design. We rec...
Parallel programming implementation details often obfuscate the original algorithm and make later al...
this paper, we present an architecture and model for CO 2 P 3 S in which we address some of the shor...
The aim of this catalogue is to describe parallel design patterns and synchronization idioms suitabl...
Having been designed as abstractions of common themes in object-oriented programming, patterns have ...
This paper presents the operator design pattern dedicated to enforce the reusability and extensibili...
The only reason to parallelize a program is to gain performance. However, the synchronization primit...
The Shared Resource pattern is an architectural pattern for parallel programming used when a design ...
Parallel Programming is significantly more complex than sequential programming because the programme...
The work under this grant consisted of encouraging community activities for the development of paral...
The use of the Groovy Parallel Patterns Library is described, using many diverse examples, showing h...
During the past decade, the degree of parallelism available in hardware has grown quickly and decisi...
Parallel programming environments provide a way for users to reap the benefits of parallelism, whil...
Programming is now parallel programming. Much as structured programming revolutionized traditional s...
The concept of design patterns has been extensively studied and applied in the context of object-ori...
Pipeline, Delta, and Black-Hole are three simple patterns used in concurrent software design. We rec...
Parallel programming implementation details often obfuscate the original algorithm and make later al...
this paper, we present an architecture and model for CO 2 P 3 S in which we address some of the shor...
The aim of this catalogue is to describe parallel design patterns and synchronization idioms suitabl...
Having been designed as abstractions of common themes in object-oriented programming, patterns have ...
This paper presents the operator design pattern dedicated to enforce the reusability and extensibili...
The only reason to parallelize a program is to gain performance. However, the synchronization primit...
The Shared Resource pattern is an architectural pattern for parallel programming used when a design ...
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