User interface for Validation of power control algorithms in a TRIGA reactor

Jorge benitez, Cesar Ramirez, Da Ruan, Dirk Maes

    Research outputpeer-review


    The development of a user interface whose main purpose is the testing of new power control algorithms in a TRIGA Mark III reactor is presented. The interface is fully compatible with the current computing environment of the reactor’s operating digital console. The interface, developed in Visual Basic, has been conceived as an aid tool in the testing and validation of new and existing algorithms for the ascent, regulation and decrease of the reactor power. The interface calls a DLL file that contains the control program, makes available to the user the plant and controller parameters, and displays some of the key variables of the closed loop system. The system also displays the condition of the reactor with respect to the nuclear safety constraints imposed by the Mexican Nuclear Regulatory Commission (CNSNS). One of the algorithms under test is based on a control scheme that uses variable state feedback gain and prediction of the state gain that guarantee the compliance of the safety constraints.
    Original languageEnglish
    Title of host publicationApplied Artificial Intelligence
    Place of PublicationSingapore, Singapore
    StatePublished - Aug 2006
    EventApplied Artificial Intelligence - The 7th International FLINS Conference, Genova
    Duration: 29 Aug 200631 Aug 2006


    ConferenceApplied Artificial Intelligence

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