We present a navigational tool for computational grids. The navigational process is based on measuring the grid characteristics with the NAS Grid Benchmarks (NGB) and using the measurements to assign tasks of a grid application to the grid machines. The tool allows the user to explore the grid space and to navigate the execution at a grid application to minimize its turnaround time. We introduce the notion of gridscape as a user view of the grid and show how it can be me assured by NGB, Then we demonstrate how the gridscape can be used with two different schedulers to navigate a grid application through a rudimentary grid
Corporations are using computational GRIDs to improve their operations. Future GRIDs will allow an o...
Abstract Grids enable sharing resources of heteroge-neous nature and administration. In such distrib...
Abstract. The aim of GRID superscalar is to reduce the development complexity of Grid applications t...
Navigation or dynamic scheduling of applications on computational grids can be improved through the ...
We provide a paper-and-pencil specification of a benchmark suite for computational grids. It is base...
This viewgraph presentation includes a brief history of benchmarking computational grids at NASA Ame...
This paper describes an overall framework for the design of numerical libraries on a computational G...
We present the design and implementation of a general task monitoring and steering system for Grid a...
The NAS Grid Benchmarks (NGB) are a collection of synthetic distributed applications designed to rat...
Like all computing platforms, grids are in need of a suite of benchmarks by which they can be evalua...
Abstract. The notion of grid computing has gained an increasing popularity recently as a realistic s...
This work explains a heuristic algorithm, task self mapping algorithm (TSMA), for mapping parallel a...
Corporations such as Boeing are currenlly using computational GRIDs to improve their operations. Fut...
The latest Globus Toolkit 4 (GT4) version, fully OGSA compliant and almost completely based on Grid ...
Abstract. In this article we present the software architecture and implementation of GridBench, an e...
Corporations are using computational GRIDs to improve their operations. Future GRIDs will allow an o...
Abstract Grids enable sharing resources of heteroge-neous nature and administration. In such distrib...
Abstract. The aim of GRID superscalar is to reduce the development complexity of Grid applications t...
Navigation or dynamic scheduling of applications on computational grids can be improved through the ...
We provide a paper-and-pencil specification of a benchmark suite for computational grids. It is base...
This viewgraph presentation includes a brief history of benchmarking computational grids at NASA Ame...
This paper describes an overall framework for the design of numerical libraries on a computational G...
We present the design and implementation of a general task monitoring and steering system for Grid a...
The NAS Grid Benchmarks (NGB) are a collection of synthetic distributed applications designed to rat...
Like all computing platforms, grids are in need of a suite of benchmarks by which they can be evalua...
Abstract. The notion of grid computing has gained an increasing popularity recently as a realistic s...
This work explains a heuristic algorithm, task self mapping algorithm (TSMA), for mapping parallel a...
Corporations such as Boeing are currenlly using computational GRIDs to improve their operations. Fut...
The latest Globus Toolkit 4 (GT4) version, fully OGSA compliant and almost completely based on Grid ...
Abstract. In this article we present the software architecture and implementation of GridBench, an e...
Corporations are using computational GRIDs to improve their operations. Future GRIDs will allow an o...
Abstract Grids enable sharing resources of heteroge-neous nature and administration. In such distrib...
Abstract. The aim of GRID superscalar is to reduce the development complexity of Grid applications t...