Proceedings of the International Workshop on Artificial Intelligence for Industrial Applications
DOI: 10.1109/aiia.1988.13298
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An expert system in process design-analysis of process safety and reliability

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Cited by 7 publications
(4 citation statements)
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“…They used a rule-based approach to automate HAZOP, and demonstrated its application identifying hazards in the same water separator system used by Lawley [9]. One year later, Heino et al [111] established a rulebased expert system called HAZOPEX, an advanced development environment consisting of a Lisp workstation (Symbolics) and a hybrid expert system shell (KEE). In addition to Common Lisp, Flavors and Windows, its numerous extensions offered the possibility of using object hierarchies, rules, truth maintenance, world-based alternative exploration, predicative calculus language, and interactive graphics equipped with picture -and image -libraries.…”
Section: Automating Hazop: Expert Systemsmentioning
confidence: 99%
“…They used a rule-based approach to automate HAZOP, and demonstrated its application identifying hazards in the same water separator system used by Lawley [9]. One year later, Heino et al [111] established a rulebased expert system called HAZOPEX, an advanced development environment consisting of a Lisp workstation (Symbolics) and a hybrid expert system shell (KEE). In addition to Common Lisp, Flavors and Windows, its numerous extensions offered the possibility of using object hierarchies, rules, truth maintenance, world-based alternative exploration, predicative calculus language, and interactive graphics equipped with picture -and image -libraries.…”
Section: Automating Hazop: Expert Systemsmentioning
confidence: 99%
“…A little later this was followed by Heino et al (1988), who used a more advanced rule based expert system making use of the artificial intelligence progress in those days. It consisted of a knowledge base of IF-THEN rules and an inference engine generating the deviations.…”
Section: Hazop Automation Attemptsmentioning
confidence: 99%
“…After defining the starting point of a safety analysis and considering the differences between safety analysis and safety management, Suokas (1988) evaluated the scope of four different methods: HAZOP; Action Error Analysis (AEA); Work Safety Analysis (WSA); and, Management Oversight and Risk Tree (MORT). His aim was to identify and assess the coverage of the search procedures employed in these different methods for identifying accident contributors.…”
Section: Iv131 Comparing Hazop With Other Phasmentioning
confidence: 99%
“…They used a rulebased approach to automate HAZOP, and demonstrated its application identifying hazards in the same water-separator system used by Lawley (1976). One year later, Heino et al (1988) established a rule-based expert system called HAZOPEX, an advanced development environment consisting of a Lisp workstation (Symbolics) and a hybrid expert system shell (KEE). In addition to Common Lisp, Flavors and Windows, its numerous extensions offered the possibility of using object hierarchies, rules, truth maintenance, world-based alternative exploration, predicative calculus language, and interactive graphics equipped with picture -and image -libraries.…”
Section: Iv135 Automating Hazop: Expert Systemsmentioning
confidence: 99%