Failsafe Control Systems: Applications and emergency by M. T. Tham, K. Warwick (auth.), Kevin Warwick, Ming T. Tham
By M. T. Tham, K. Warwick (auth.), Kevin Warwick, Ming T. Tham (eds.)
11 . 2 learn targets 147 eleven . three method of research 147 eleven. four Presentation and dialogue of effects 151 eleven . five Conclusions a hundred sixty five 12 coincidence administration and failure research G. C. Meggitt a hundred and seventy 12. 1 creation one hundred seventy 12. 2 Nuclear protection one hundred seventy 12. three The twist of fate 171 12. four The twist of fate reaction 171 12. five the automated reaction 171 12. 6 The adapted reaction 173 12. 7 The emergency plan 181 thirteen determination help platforms and emergency administration M. Grauer 182 thirteen. 1 creation 182 thirteen. 2 the matter 183 thirteen. three The multiple-criteria strategy 184 three thirteen. four OveNiew of the 1-decision aid software program 186 thirteen. five A case examine from chemical 189 thirteen. 6 Conclusions 195 References 196 14 security integrity administration utilizing specialist structures Dr P. Andow 198 14. 1 creation 198 14. 2 security and chance research 198 14. three the results of using security and hazard research 199 14. four protection integrity administration 201 14. five Knowledge-base contents 204 14. 6 precis of method services 204 14. 7 dialogue 205 References 205 15 strength process alarm research and fault analysis utilizing specialist structures P. H. Ashmole 207 15. 1 creation 207 15. 2 specialist platforms for energy approach alarm research already built 208 15. three present substation keep an eye on preparations 209 15. four dialogue of alarm information stream 210 15. five specialist method necessities 210 15. 6 person interface 211 15. 7 requisites lower than varied fault stipulations 211 15.
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E. how large the knowledge base pertaining to the plant IS. Rather than the plant being faulty, it could be that there is (ii) a sensor failure or measurement system error. The action to be taken in such cases is dependent on how much information is collected in order to pinpoint the error. e. mUltiple path, in which all sensors read the same value; if one is in error this is easy to detect. Such a procedure though can prove extremely costly, and hence Intelligent Sensors are now becoming much more popular.
1st Symp. on Reliability in distributed software database systems, pp. 21-26,1981. , Horton, K. , "Simulations of a fault tolerant deadline mechanism" in Digest of papers, Fault Tolerant Computing Systems, Madison, pp. 95-101,1979. S. , "A watchdog processor based general roll back technique with multiple retries", IEEE Trans. Software Engineering, SE-12, pp. 87-95,1986. , "The application offault tolerant techniques to a real-time system", Proc. Int. Conf. on Safety of Computer Control Systems (Safecomp '83), pp.
1988. l. 1 ADVANTAGES AND DISADVANTAGES OF PROGRAMMABLE SYSTEMS A programmable system is any equipment or device which, having a computer architecture relies on a set of sequential programmed instructions in order to function. This set of logical commands is referred to as Software and the term also embraces the design documents as well as the code. For both reliability and operating reasons there are advantages and disadvantages arising from programmable devices. (a) Advantages • Less hardware (fewer devices) per circuit due to high levels of integration.