GridRM is an open and extensible resource monitoring system, based on the Global Grid Forum's Grid Monitoring Architecture (GMA). GridRM is not intended to interact with applications; rather it is designed to monitor the resources that an application may use. This paper focuses on the dynamic driver infrastructure used by GridRM to interact with heterogeneous data sources, such as SNMP or Ganglia agents, and how it provides a homogeneous view of the underlying heterogeneous data. This paper discusses the local infrastructure and details work implementing and deploying a number of drivers
International audienceMonitoring distributed applications executed on a computational Grid is challe...
Grid environments present a virtual black box to scientists running legacy applications, with the Gr...
Corporations are using computational GRIDs to improve their operations. Future GRIDs will allow an o...
Monitoring resources is an important aspect of the overall efficient usage and control of any distri...
In any wide-area distributed system there is a need to communicate and interact with a range of netw...
In any wide-area distributed system there is a need to communicate and interact with a range of netw...
Abstract. In this paper we propose GRAMS which is a resource monitoring and analysis system in Grid ...
Resource monitoring in distributed systems is required to understand the 'health' of the overall sys...
Resource monitoring in distributed systems is required to understand the 'health' of the overall sys...
The past few years have seen the Grid rapidly evolving towards a service-oriented computing infrastr...
The past few years have seen the Grid rapidly evolving towards a service-oriented computing infrastr...
Abstract. Grid technology opens the way to build collaborative environments that enable distributed ...
Scientific applications typically have considerable memory and processor requirements. Nevertheless,...
International audienceThis paper presents both, SNMP-based resource monitoring and heuristic resourc...
AbstractGrid is a collection of heterogeneous systems which share the computing power and storage ca...
International audienceMonitoring distributed applications executed on a computational Grid is challe...
Grid environments present a virtual black box to scientists running legacy applications, with the Gr...
Corporations are using computational GRIDs to improve their operations. Future GRIDs will allow an o...
Monitoring resources is an important aspect of the overall efficient usage and control of any distri...
In any wide-area distributed system there is a need to communicate and interact with a range of netw...
In any wide-area distributed system there is a need to communicate and interact with a range of netw...
Abstract. In this paper we propose GRAMS which is a resource monitoring and analysis system in Grid ...
Resource monitoring in distributed systems is required to understand the 'health' of the overall sys...
Resource monitoring in distributed systems is required to understand the 'health' of the overall sys...
The past few years have seen the Grid rapidly evolving towards a service-oriented computing infrastr...
The past few years have seen the Grid rapidly evolving towards a service-oriented computing infrastr...
Abstract. Grid technology opens the way to build collaborative environments that enable distributed ...
Scientific applications typically have considerable memory and processor requirements. Nevertheless,...
International audienceThis paper presents both, SNMP-based resource monitoring and heuristic resourc...
AbstractGrid is a collection of heterogeneous systems which share the computing power and storage ca...
International audienceMonitoring distributed applications executed on a computational Grid is challe...
Grid environments present a virtual black box to scientists running legacy applications, with the Gr...
Corporations are using computational GRIDs to improve their operations. Future GRIDs will allow an o...