Operator model-based design and evaluation of advanced systems: computational models

[Authors]:Schryver;J.C.

[Subject]:human factors;power station computer control;personnel;operator modeling;protection systems;nuclear power plants;INTEROPS;knowledge-based simulation;iterative design;human factors;nuclear power stations;personnel;power station computer control

[Corporate Source]:Oak Ridge Nat. Lab.;TN;USA

[Publisher]:Human Factors and Power Plants;1988.;Conference Record for 1988 IEEE Fourth Conference on

[ISSN]:

[ConferenceDate]:5-9 June 1988[Publish Date]:1988[Total Page]:xii+596[Pdf size]:560K[On Pages]:121_127

[From]: School Papers schoolpapers.org

[Download]:Operator model-based design and evaluation of advanced systems: computational models

[Abstract]:A multilevel operator modeling effort is recommended to provide broad support for integrated design of advanced control and protection systems for new nuclear power plants. A computational model called INTEROPS (integrated reactor operator system) is described which accounts for the cognitive activities of the operator by combining the advantages of network simulation and knowledge-based simulation. The INTEROPS model is a time-based simulation model which can be coupled with and control a thermal-hydraulics model of nuclear power plant. The INTEROPS model can provide fine-grained evaluation of allocation of functions during the iterative design phase of advanced systems.

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