In this paper, a new fine-grained parallel programming model---- Thin Kernel model is brought forth. In this model, the partitions of the parallel tasks are separated from the computational kernel of the problem. Thin Kernel model produces the parallel tasks dynamically at runtime when the tasks are being scheduled which makes the task assigning method in Thin Kernel model a real distributed one. Thin Kernel model uses dynamic classes loading and on-demand code transport. The collaboration of these technologies paves the way for large-scale parallel computing over the wide-area network. 1
This paper describes an overall framework for the design of numerical libraries on a computational G...
Good scheduling is important for ensuring effective use of Grid resources, while maximising parallel...
A kernel has been developed to enable the construction of distributed and parallel software for sequ...
Grid computing offers a model for solving large-scale scientific problems by uniting computational r...
Computational grids have an enormous potential to provide compute power. However, this power remains...
Abstract. In this paper, a practical coarse-grained distributed paral-lel programming interface for ...
A grid computing environment is inherently parallel, distributed, heterogeneous and dynamic, both in...
Computational GRIDs potentially offer low-cost, readily available, and large-scale high-performance ...
Abstract. Grids offer a great opportunity to find solutions to HPC problems. For these architectures...
International audienceIn this paper, we focus on a distributed and parallel programming paradigm for...
Tasks running in computational Grids may require multiple types of resources simultaneously. Thus, c...
Abstract—In this paper we present the design of a fast middleware for high performance computing on ...
© 2017 IEEE. The overwhelming wealth of parallelism exposed by Extreme-scale computing is rekindling...
A hardware independent method of programming a massively parallel machine (MPP) can best be supporte...
In the recent years, there was a huge development of low cost large scale parallel systems. The desi...
This paper describes an overall framework for the design of numerical libraries on a computational G...
Good scheduling is important for ensuring effective use of Grid resources, while maximising parallel...
A kernel has been developed to enable the construction of distributed and parallel software for sequ...
Grid computing offers a model for solving large-scale scientific problems by uniting computational r...
Computational grids have an enormous potential to provide compute power. However, this power remains...
Abstract. In this paper, a practical coarse-grained distributed paral-lel programming interface for ...
A grid computing environment is inherently parallel, distributed, heterogeneous and dynamic, both in...
Computational GRIDs potentially offer low-cost, readily available, and large-scale high-performance ...
Abstract. Grids offer a great opportunity to find solutions to HPC problems. For these architectures...
International audienceIn this paper, we focus on a distributed and parallel programming paradigm for...
Tasks running in computational Grids may require multiple types of resources simultaneously. Thus, c...
Abstract—In this paper we present the design of a fast middleware for high performance computing on ...
© 2017 IEEE. The overwhelming wealth of parallelism exposed by Extreme-scale computing is rekindling...
A hardware independent method of programming a massively parallel machine (MPP) can best be supporte...
In the recent years, there was a huge development of low cost large scale parallel systems. The desi...
This paper describes an overall framework for the design of numerical libraries on a computational G...
Good scheduling is important for ensuring effective use of Grid resources, while maximising parallel...
A kernel has been developed to enable the construction of distributed and parallel software for sequ...