Abstract. Grid technology opens the way to build collaborative environments that enable distributed multi-organizational teams to jointly use computing resources. Thus automatic resources/services discovery should be lauched with the dynamicity of grid elements. Hardware and software failure can be found and solved in time by monitoring. Analyzing the gathered data could help to find performance bottleneck. Grid monitoring stores static and dynamic data. This article stresses on the Grid monitoring and data visualization scheme. Later the improvements of Grid applications and services are proposed
AbstractGrid is a collection of heterogeneous systems which share the computing power and storage ca...
In this paper we present a visualization system for the real-time monitoring of Smart Grids. In part...
As organizations begin to deploy large computational grids, it has become apparent that systems for ...
Grids are distributed systems that provide access to computational resources in a transparent fashi...
Monitoring distributed applications executed on a computational Grid is challenging since they are e...
International audienceMonitoring distributed applications executed on a computational Grid is challe...
Grid applications can combine the use of compute, storage, network, and other resources. These resou...
Monitoring is critical for providing robust, high performance Grid environment. Without monitoring m...
Monitoring distributed applications executed on a computational Grid is challenging since they are e...
Grid technologies have been widely adopted and are entering the mainstream in scientific and enginee...
Thanks to the Grid, users have access to computing resources distributed all over the world. The Gri...
Thanks to the Grid, users have access to computing resources distributed all over the world. The Gri...
Abstract. In this paper we propose GRAMS which is a resource monitoring and analysis system in Grid ...
Abstract. The execution of scientific workflows in Grids can imply complex interactions among variou...
In this paper we present a visualization system for the real-time monitoring of Smart Grids. In part...
AbstractGrid is a collection of heterogeneous systems which share the computing power and storage ca...
In this paper we present a visualization system for the real-time monitoring of Smart Grids. In part...
As organizations begin to deploy large computational grids, it has become apparent that systems for ...
Grids are distributed systems that provide access to computational resources in a transparent fashi...
Monitoring distributed applications executed on a computational Grid is challenging since they are e...
International audienceMonitoring distributed applications executed on a computational Grid is challe...
Grid applications can combine the use of compute, storage, network, and other resources. These resou...
Monitoring is critical for providing robust, high performance Grid environment. Without monitoring m...
Monitoring distributed applications executed on a computational Grid is challenging since they are e...
Grid technologies have been widely adopted and are entering the mainstream in scientific and enginee...
Thanks to the Grid, users have access to computing resources distributed all over the world. The Gri...
Thanks to the Grid, users have access to computing resources distributed all over the world. The Gri...
Abstract. In this paper we propose GRAMS which is a resource monitoring and analysis system in Grid ...
Abstract. The execution of scientific workflows in Grids can imply complex interactions among variou...
In this paper we present a visualization system for the real-time monitoring of Smart Grids. In part...
AbstractGrid is a collection of heterogeneous systems which share the computing power and storage ca...
In this paper we present a visualization system for the real-time monitoring of Smart Grids. In part...
As organizations begin to deploy large computational grids, it has become apparent that systems for ...