The MonALISA (Monitoring Agents using a Large Integrated Services Architecture) framework provides a distributed service system capable of controlling and optimizing large-scale, data-intensive applications. An essential part of managing large-scale, distributed data-processing facilities is a monitoring system for computing facilities, storage, networks, and the very large number of applications running on these systems in near realtime. All this monitoring information gathered for all the subsystems is essential for developing the required higher-level services—the components that provide decision support and some degree of automated decisions—and for maintaining and optimizing workflow in large-scale distributed systems. These management...
Network monitoring is vital to ensure proper network operation over time, and is tightly integrated ...
MonALISA developers describe how it works, the key design principles behind it, and the biggest tech...
MonALISA developers describe how it works, the key design principles behind it, and the biggest tech...
The MonALISA (Monitoring Agents in A Large Integrated Services Architecture) framework provides a se...
The MonALISA (Monitoring Agents in A Large Integrated Services Architecture) system provides a distr...
An important part of managing large-scale, distributed computing systems is a monitoring service tha...
The MonALISA (Monitoring Agents in A Large Integrated Services Architecture) system provides a distr...
Recent research in peer-to-peer and grid computing has made it possible to build Internet scale serv...
A complex software environment such as the ALICE Computing Grid infrastructure requires permanent co...
This report introduces a monitoring service specially designed for BlobSeer, a large-scale distribut...
Grid monitoring is an active research area, targeting both grid resources monitoring and application...
International audienceMany large-scale scientific applications require the processing of complete da...
Scientific exploration demands heavy usage of computational resources for large-scale and deep analy...
We are developing a general purpose monitoring system for the ALICE experiment, based on the MonALIS...
Abstract: The Scheduling process in Large Scale Distributed Systems (LSDS) became more important due...
Network monitoring is vital to ensure proper network operation over time, and is tightly integrated ...
MonALISA developers describe how it works, the key design principles behind it, and the biggest tech...
MonALISA developers describe how it works, the key design principles behind it, and the biggest tech...
The MonALISA (Monitoring Agents in A Large Integrated Services Architecture) framework provides a se...
The MonALISA (Monitoring Agents in A Large Integrated Services Architecture) system provides a distr...
An important part of managing large-scale, distributed computing systems is a monitoring service tha...
The MonALISA (Monitoring Agents in A Large Integrated Services Architecture) system provides a distr...
Recent research in peer-to-peer and grid computing has made it possible to build Internet scale serv...
A complex software environment such as the ALICE Computing Grid infrastructure requires permanent co...
This report introduces a monitoring service specially designed for BlobSeer, a large-scale distribut...
Grid monitoring is an active research area, targeting both grid resources monitoring and application...
International audienceMany large-scale scientific applications require the processing of complete da...
Scientific exploration demands heavy usage of computational resources for large-scale and deep analy...
We are developing a general purpose monitoring system for the ALICE experiment, based on the MonALIS...
Abstract: The Scheduling process in Large Scale Distributed Systems (LSDS) became more important due...
Network monitoring is vital to ensure proper network operation over time, and is tightly integrated ...
MonALISA developers describe how it works, the key design principles behind it, and the biggest tech...
MonALISA developers describe how it works, the key design principles behind it, and the biggest tech...