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This article deals with rationale and concepts of a programming model for massive parallelism. We mention the basic properties of massively parallel applications and develop a programming model for data paral-lelism on distributed-memory computers. Its key features are a suitable combination of homogeneity and heterogeneity aspects, an uniied representation(More)
UI development for enterprise applications is a time-consuming and error-prone task. In fact, approximately 50% of development resources are devoted to UI implementation tasks [1]. Model-driven UI development aims to reduce this effort. However, the quality of the final layout is a problem of this approach, especially when dealing with large and complex(More)
Parallel computers with distributed memory are gaining popularity on account of their optimal scala-bility. However, their eecient use requires a locality-preserving mapping of the application's underlying graph structure onto the physical topology of the target platform. PROMOTER is a parallel programming model which supports an automatic mapping by the(More)
Parallel computers with distributed memory are gaining popularity on account of their optimal scala-bility. However, their eecient use requires a locality-preserving mapping of the application's underlying logical graph structure onto the physical topology of the target platform. There are several possible ways to achieve this. PROMOTER is a parallel(More)
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