Abstract
The knowledge acquisition for probabilistic risk assessment and operational safety improvements are described. The procedure HazOp (Hazard and Operability Study) are used for hazard identification. The acquainted knowledge is condensed in the form of cause-consequence matrix which is very convenient for plant logic model start point definition. At the end, the possibility for HazOp performance support by use of Artificial Intelligence approach is considered. (author) [Slovenian] V clanku se obravnava zbiranje znanja za potrebe verjetnostne ocene tveganja in izboljsanja obratovalne varnosti. Opisan je postopek za razpoznavanje nevarnosti po metodi HazOp. Zbrano znanje je predstavljeno v obliki vzrocno posledicne matrike, kar je primerna oblika za nadaljno uporabo pri logicnem modeliranju objekta. Ravno tako je obravnavana moznost uporabe diagnosticnih metod (umetna inteligenca) pri HazOp analizi. [author].
Citation Formats
Vojnovic, D, and Kozuh, M.
Knowledge acquisition on hazards in chemical and process industry.
Slovenia: N. p.,
1992.
Web.
Vojnovic, D, & Kozuh, M.
Knowledge acquisition on hazards in chemical and process industry.
Slovenia.
Vojnovic, D, and Kozuh, M.
1992.
"Knowledge acquisition on hazards in chemical and process industry."
Slovenia.
@misc{etde_20892177,
title = {Knowledge acquisition on hazards in chemical and process industry}
author = {Vojnovic, D, and Kozuh, M}
abstractNote = {The knowledge acquisition for probabilistic risk assessment and operational safety improvements are described. The procedure HazOp (Hazard and Operability Study) are used for hazard identification. The acquainted knowledge is condensed in the form of cause-consequence matrix which is very convenient for plant logic model start point definition. At the end, the possibility for HazOp performance support by use of Artificial Intelligence approach is considered. (author) [Slovenian] V clanku se obravnava zbiranje znanja za potrebe verjetnostne ocene tveganja in izboljsanja obratovalne varnosti. Opisan je postopek za razpoznavanje nevarnosti po metodi HazOp. Zbrano znanje je predstavljeno v obliki vzrocno posledicne matrike, kar je primerna oblika za nadaljno uporabo pri logicnem modeliranju objekta. Ravno tako je obravnavana moznost uporabe diagnosticnih metod (umetna inteligenca) pri HazOp analizi. [author].}
place = {Slovenia}
year = {1992}
month = {Jul}
}
title = {Knowledge acquisition on hazards in chemical and process industry}
author = {Vojnovic, D, and Kozuh, M}
abstractNote = {The knowledge acquisition for probabilistic risk assessment and operational safety improvements are described. The procedure HazOp (Hazard and Operability Study) are used for hazard identification. The acquainted knowledge is condensed in the form of cause-consequence matrix which is very convenient for plant logic model start point definition. At the end, the possibility for HazOp performance support by use of Artificial Intelligence approach is considered. (author) [Slovenian] V clanku se obravnava zbiranje znanja za potrebe verjetnostne ocene tveganja in izboljsanja obratovalne varnosti. Opisan je postopek za razpoznavanje nevarnosti po metodi HazOp. Zbrano znanje je predstavljeno v obliki vzrocno posledicne matrike, kar je primerna oblika za nadaljno uporabo pri logicnem modeliranju objekta. Ravno tako je obravnavana moznost uporabe diagnosticnih metod (umetna inteligenca) pri HazOp analizi. [author].}
place = {Slovenia}
year = {1992}
month = {Jul}
}