Abstract
By means of the advances in the computer technology, the implementation of a real-time power plant monitoring and dynamic signal analysis system is described. As hardware and software, the system has several essential components to perform the task. Among these, mention may be made of a remote-controlled data acquisition system, a fast data processing system and a dynamic signal analysis system. For a complex system like an NPP, the system verification and validation is an important issue as the plant operation involves many engineering disciplines and also the `soft sciences`. Additionally, the real-time requirements impose substantial time limitation for the implementation of tasks. The system V and V is accomplished partly by means of V and V of the system components which are monitored by the help of sensory signals. Therefore, an essential part of the V and V task involves the real-time analyses of the data provided by these signals. In this respect the NPP real-time monitoring system described possesses the required design features to carry out this task which provides enhanced reliability and availability in plant operation. (orig./HP)
Citation Formats
Ciftcioglu, Oe, and Tuerkcan, E.
Real-time power plant monitoring and verification and validation issues.
Netherlands: N. p.,
1993.
Web.
Ciftcioglu, Oe, & Tuerkcan, E.
Real-time power plant monitoring and verification and validation issues.
Netherlands.
Ciftcioglu, Oe, and Tuerkcan, E.
1993.
"Real-time power plant monitoring and verification and validation issues."
Netherlands.
@misc{etde_10142617,
title = {Real-time power plant monitoring and verification and validation issues}
author = {Ciftcioglu, Oe, and Tuerkcan, E}
abstractNote = {By means of the advances in the computer technology, the implementation of a real-time power plant monitoring and dynamic signal analysis system is described. As hardware and software, the system has several essential components to perform the task. Among these, mention may be made of a remote-controlled data acquisition system, a fast data processing system and a dynamic signal analysis system. For a complex system like an NPP, the system verification and validation is an important issue as the plant operation involves many engineering disciplines and also the `soft sciences`. Additionally, the real-time requirements impose substantial time limitation for the implementation of tasks. The system V and V is accomplished partly by means of V and V of the system components which are monitored by the help of sensory signals. Therefore, an essential part of the V and V task involves the real-time analyses of the data provided by these signals. In this respect the NPP real-time monitoring system described possesses the required design features to carry out this task which provides enhanced reliability and availability in plant operation. (orig./HP)}
place = {Netherlands}
year = {1993}
month = {Mar}
}
title = {Real-time power plant monitoring and verification and validation issues}
author = {Ciftcioglu, Oe, and Tuerkcan, E}
abstractNote = {By means of the advances in the computer technology, the implementation of a real-time power plant monitoring and dynamic signal analysis system is described. As hardware and software, the system has several essential components to perform the task. Among these, mention may be made of a remote-controlled data acquisition system, a fast data processing system and a dynamic signal analysis system. For a complex system like an NPP, the system verification and validation is an important issue as the plant operation involves many engineering disciplines and also the `soft sciences`. Additionally, the real-time requirements impose substantial time limitation for the implementation of tasks. The system V and V is accomplished partly by means of V and V of the system components which are monitored by the help of sensory signals. Therefore, an essential part of the V and V task involves the real-time analyses of the data provided by these signals. In this respect the NPP real-time monitoring system described possesses the required design features to carry out this task which provides enhanced reliability and availability in plant operation. (orig./HP)}
place = {Netherlands}
year = {1993}
month = {Mar}
}