DEVELOPMENT OF A FACILITY MONITORING TESTBED

Year
2001
Author(s)
Jared S. Dreicer - Los Alamos National Laboratory
Sharon L. Seitz - Los Alamos National Laboratory
Angela M. Mielke - Los Alamos National Laboratory
Caroline M. Boyle - Los Alamos National Laboratory
Constance A. Buenafe - Los Alamos National Laboratory
James R. Gattiker - Los Alamos National Laboratory
Benny J. Martinez - Los Alamos National Laboratory
David A. Smith - Los Alamos National Laboratory
Abstract
The Advanced Surveillance Technology (AST) project at Los Alamos National Laboratory (LANL), funded by the Nonproliferation Research and Engineering Group (NN-20) of the National Nuclear Security Administration (NNSA), is fielding a facility monitoring application testbed at the National High Magnetic Field Laboratory–Pulsed Field Laboratory (NHMFL-PFL). This application is designed to utilize continuous remote monitoring technology to provide an additional layer of personnel safety assurance and equipment fault prediction capability in the laboratory. Various off-the-shelf surveillance sensor technologies are evaluated. In this testbed environment, several of the deployed monitoring sensors have detected transient precursor equipment-fault events. Additionally the prototype remote monitoring system employs specialized video state recognition software to determine whether the operations occurring within the facility are acceptable, given the observed equipment status. By integrating the Guardian reasoning system developed at LANL, anomalous facility events trigger alarms signaling personnel to the likelihood of an equipment failure or unsafe operation.