Titlebook: SAFECOMP ’93; The 12th Internation Janusz Górski Conference proceedings 1993 Springer-Verlag London Limited 1993 control.design.manufacturi

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Conference proceedings 1993isk. Such applications include medical, railways, power generation and distribution, road transportation, aerospace, process industries, mining, military and many others. This book represents the proceedings of the 12th International Conference on Computer Safety, Reliability and Security, held in P

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The Application of Formal Methods for the Redevelopment of a Laboratory Information Management Systetems (LIMS.) are widely used in laboratories to control, support and monitor the work done in the laboratory, keeping pace with the increased analytical capability provided by these analysers. In particular, a LIMS is typically used to control and monitor (at least):

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Hazard Analysis Using HAZOP: A Case Studya hazard analysis at varying stages during the development process is now being mandated in emerging standards produced by the International Electrotechnical Commission (IEC) [1] and the U.K. Ministry of Defence [2].

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Data Flow Control Systems: an Example of Safety Validation and those admitting at least one failure causing a catastrophe are classified as safety-critical. Our methodology takes into account both the control system (.) and the physical environment (.). After the requirements analysis, the system is developed following data flow model, i.e., described as a

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The Application of Formal Methods for the Redevelopment of a Laboratory Information Management Systesults to the patient’s doctor within a suitable period. Automated analysers are used in most laboratories to analyse the various samples. Computer systems (LIMS.) are widely used in laboratories to control, support and monitor the work done in the laboratory, keeping pace with the increased analytic

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PLC-Implementation of Emergency Shut-Down Systemsn systems (ESD), which, until now, are only implemented in inherently fail safe hard wired forms. Despite their high reliability, there is an urgent industrial need to replace them by more flexible systems. Therefore, a low complexity, fault detecting computer architecture was designed, on which a p