As computing infrastructures become more complex, it is important to centralize information in order to efficiently monitor and maintain computing processes. A general monitoring system has been developed at the DIII–D National Fusion Facility that combines code run status, data analysis tracking, logfile access, complex error detection, and expert system capabilities. The monitoring system’s flexibility and ease of deployment have enabled it to be successfully applied to two significantly different computing environments. At DIII–D, the system is being used as the Data Analysis Monito
Sensor data fusion and interpretation, sensor failure detection, isolation and identification are ex...
Complex special nuclear material (SNM) storage systems can benefit from automated monitoring and dat...
Computer systems pervade every aspect of the DIII-D National Fusion Research program. This includes ...
A Data Analysis Monitoring (DAM) system has been developed to monitor between pulse physics analysis...
Recently a number of enhancements to the computer hardware infrastructure have been implemented at t...
Controlled nuclear fusion aims to obtain energy by particles collision confined inside a nuclear rea...
Abstract: This is a study of the application of Grid technology and high performance parallel comput...
The DIII-D tokamak national fusion research facility along with its predecessor Doublet III has been...
Grids are distributed systems that provide access to computational resources in a transparent fashi...
This document, developed by the AI-SPRINT project, describes the first release and evaluation of the...
As the number of on-site and remote collaborators has increased, the demands on the DIII-D National ...
We have developed prototype software for a facility-monitoring application that will detect anomalou...
This paper focuses on a flexible, integrated demonstration of a monitoring approach for nuclear mate...
During the last two decades, computerized data acquisition systems (DASs) have been applied at magne...
A complex running system, such as the NOvA online data acquisition, consists of a large number of di...
Sensor data fusion and interpretation, sensor failure detection, isolation and identification are ex...
Complex special nuclear material (SNM) storage systems can benefit from automated monitoring and dat...
Computer systems pervade every aspect of the DIII-D National Fusion Research program. This includes ...
A Data Analysis Monitoring (DAM) system has been developed to monitor between pulse physics analysis...
Recently a number of enhancements to the computer hardware infrastructure have been implemented at t...
Controlled nuclear fusion aims to obtain energy by particles collision confined inside a nuclear rea...
Abstract: This is a study of the application of Grid technology and high performance parallel comput...
The DIII-D tokamak national fusion research facility along with its predecessor Doublet III has been...
Grids are distributed systems that provide access to computational resources in a transparent fashi...
This document, developed by the AI-SPRINT project, describes the first release and evaluation of the...
As the number of on-site and remote collaborators has increased, the demands on the DIII-D National ...
We have developed prototype software for a facility-monitoring application that will detect anomalou...
This paper focuses on a flexible, integrated demonstration of a monitoring approach for nuclear mate...
During the last two decades, computerized data acquisition systems (DASs) have been applied at magne...
A complex running system, such as the NOvA online data acquisition, consists of a large number of di...
Sensor data fusion and interpretation, sensor failure detection, isolation and identification are ex...
Complex special nuclear material (SNM) storage systems can benefit from automated monitoring and dat...
Computer systems pervade every aspect of the DIII-D National Fusion Research program. This includes ...