Add to ORKGDigital instrumentation and control systems (I&C) are appearing as upgrades in older nuclear power plants (NPPs) and are commonplace in new NPPs. To assess the risk of NPP operation and to determine the risk impact of digital system upgrades on NPPs, quantifiable reliability models are needed along with data for digital systems that are suitable for using in existing probabilistic safety assessments (PSA). This paper presents a methodology for the consideration of software failures of I&C systems in nuclear PSA context. Evidence of operational data of the digital system platform TELEPERMr XS (TXS) developed at AREVA GmbH is considered in the software failure probability quantification process
To assess the risk of nuclear power plant operation and to determine the risk impact of digital syst...
The current U.S. Nuclear Regulatory Commission (NRC) licensing process for digital systems rests on ...
To assess the risk of nuclear power plant operation and to determine the risk impact of digital syst...
Digital instrumentation and control systems (I&C) are appearing as upgrades in older nuclear pow...
Digital protection and control systems are appearing as upgrades in older nuclear power plants (NPPs...
Currently, no consensus approach is available for assessing safety and reliability of digital I&...
Currently, no consensus approach is available for assessing safety and reliability of digital I&...
To assess the risk of nuclear power plant operation and to determine the risk impact of digital syst...
To assess the risk of nuclear power plant operation and to determine the risk impact of digital syst...
This paper presents a method for the quantification of software failures in a reactor protection sys...
This paper presents a method for the quantification of software failures in a reactor protection sys...
Over the years, the probabilistic safety assessment (PSA) of digital reactor protection systems (RPS...
There is so far no consensus on how to develop a reliability model of safety-related digitalinstrume...
The objective of this project is to develop a method to predict the potential reliability of softwar...
To assess the risk of nuclear power plant operation and to determine the risk impact of digital syst...
To assess the risk of nuclear power plant operation and to determine the risk impact of digital syst...
The current U.S. Nuclear Regulatory Commission (NRC) licensing process for digital systems rests on ...
To assess the risk of nuclear power plant operation and to determine the risk impact of digital syst...
Digital instrumentation and control systems (I&C) are appearing as upgrades in older nuclear pow...
Digital protection and control systems are appearing as upgrades in older nuclear power plants (NPPs...
Currently, no consensus approach is available for assessing safety and reliability of digital I&...
Currently, no consensus approach is available for assessing safety and reliability of digital I&...
To assess the risk of nuclear power plant operation and to determine the risk impact of digital syst...
To assess the risk of nuclear power plant operation and to determine the risk impact of digital syst...
This paper presents a method for the quantification of software failures in a reactor protection sys...
This paper presents a method for the quantification of software failures in a reactor protection sys...
Over the years, the probabilistic safety assessment (PSA) of digital reactor protection systems (RPS...
There is so far no consensus on how to develop a reliability model of safety-related digitalinstrume...
The objective of this project is to develop a method to predict the potential reliability of softwar...
To assess the risk of nuclear power plant operation and to determine the risk impact of digital syst...
To assess the risk of nuclear power plant operation and to determine the risk impact of digital syst...
The current U.S. Nuclear Regulatory Commission (NRC) licensing process for digital systems rests on ...
To assess the risk of nuclear power plant operation and to determine the risk impact of digital syst...