This paper introduces a method of evaluating the hazardous failure rate of a safety relevant control system if the state probability distribution is given as a result of an absorbing Continuous Time Markov Chain analysis. Markov Chains with more than one absorbing state are contemplated and eventually the case study is presented.V článku je navrhnutá metóda výpočtu intenzity nebezpečných porúch bezpečnostne kritického riadiaceho systému priamo z rozdelenia pravdepodobnosti stavov absorpčného Markovovho reťazca so spojitým časom. Článok sa špecificky zameriava na absorpčné Markovove reťazce s viac než jedným absorpčným stavom. Navrhnutá metóda je na záver aplikovaná v konkrétnej prípadovej štúdii analýzy bezpečnostne kritického systému
Programmable Electronic Systems are used in the process industry to perform very complex and sophist...
Programmable Electronic Systems are used in the process industry to perform very complex and sophist...
Programmable Electronic Systems are used in the process industry to perform very complex and sophist...
This paper introduces a method of evaluating the hazardous failure rate of a safety relevant control...
To reduce the inherent risk of industrial processes to an acceptable level, a safety instrumented sy...
To reduce the inherent risk of industrial processes to an acceptable level, a safety instrumented sy...
To reduce the inherent risk of industrial processes to an acceptable level, a safety instrumented sy...
If the control system besides the standard control functions also realizes the functions (known as s...
The different quantitative and qualitative safety analysis techniques are reviewed. These techniques...
The different quantitative and qualitative safety analysis techniques are reviewed. These techniques...
The different quantitative and qualitative safety analysis techniques are reviewed. These techniques...
The different quantitative and qualitative safety analysis techniques are reviewed. These techniques...
Each safety-related function must be implemented with a defined safety integrity level (SIL) if the ...
The different quantitative and qualitative safety analysis techniques are reviewed. These techniques...
Programmable Electronic Systems are used in the process industry to perform very complex and sophist...
Programmable Electronic Systems are used in the process industry to perform very complex and sophist...
Programmable Electronic Systems are used in the process industry to perform very complex and sophist...
Programmable Electronic Systems are used in the process industry to perform very complex and sophist...
This paper introduces a method of evaluating the hazardous failure rate of a safety relevant control...
To reduce the inherent risk of industrial processes to an acceptable level, a safety instrumented sy...
To reduce the inherent risk of industrial processes to an acceptable level, a safety instrumented sy...
To reduce the inherent risk of industrial processes to an acceptable level, a safety instrumented sy...
If the control system besides the standard control functions also realizes the functions (known as s...
The different quantitative and qualitative safety analysis techniques are reviewed. These techniques...
The different quantitative and qualitative safety analysis techniques are reviewed. These techniques...
The different quantitative and qualitative safety analysis techniques are reviewed. These techniques...
The different quantitative and qualitative safety analysis techniques are reviewed. These techniques...
Each safety-related function must be implemented with a defined safety integrity level (SIL) if the ...
The different quantitative and qualitative safety analysis techniques are reviewed. These techniques...
Programmable Electronic Systems are used in the process industry to perform very complex and sophist...
Programmable Electronic Systems are used in the process industry to perform very complex and sophist...
Programmable Electronic Systems are used in the process industry to perform very complex and sophist...
Programmable Electronic Systems are used in the process industry to perform very complex and sophist...