On-line monitoring can complement formal techniques to increase application dependability. This tutorial outlines the concepts and identifies the activities that comprise event-based monitoring, describing several representative monitoring systems. Computer lthough monitoring has been around since

extraction, and GUI based output results. This paper is mainly focused on the pre-sentation of the inner workings of the COSMAD on-line monitoring identification procedure. We show its efficiency by running it both on some aircraft data under non stationary excitation in a launch scenario and on some other

systems Summary: Successful on-line monitoring in steam generating systems requires conditioning a sample, selecting the correct analyzer, compiling the data in a useful format, interpreting the trends and using the information to identify problems and optimize system efficiency.

Abstract- This paper reviews all the advantages of the on-line monitoring and presents an equipment for on-line monitoring of bushings, which is the own contribution of specialists who are the authors of this paper. The paper presents a study of the temperature field, using the finite element

Abstract- This paper reviews all the advantages of the on-line monitoring and presents an equipment for on-line monitoring of bushings, which is the own contribution of specialists who are the authors of this paper. The paper presents a study of the temperature field, using the finite element

with the help of the GUI for validation of the global results. The global results are obtained as the output of a monitoring procedure of the structure in operation (during the match with the crowd behaviour): these ”on-line ” results are automatically extracted. We can then check their validity and plot

Abstract. The main objective of the paper is to describe the experience with newly developed monitoring system for transformers with oil-paper insulation system. From the view of operation reliability, it is necessary for operators to provide a monitoring of transformer’s failure free operation

This information was prepared as an account of work sponsored by an

On-line monitoring for improving performance of nuclear power plants Part 1: Instrument channel monitoring

that permit the on-line monitoring and steering of large-scale parallel codes. The principal aspects of Falcon described in this paper are its abstractions and tools for capture and analysis of application-specific program information, performed on-line, with controlled latencies and scalable to parallel