Assessment and optimisation of STCA performance: Using the Pareto optimal receiver operating characteristic
Reckhouse, William; Everson, Richard M.; Fieldsend, Jonathan E.; et al.Bush, David; Arnold, Trevor; Hayward, Richard; Slater, Keith
Date: 2008
Conference paper
Abstract
Short Term Conflict Alert (STCA) systems are complex software programs, with many parameters that must be adjusted to achieve best performance. We describe a simple evolutionary algorithm for optimising the trade-off between wanted alerts and nuisance alerts. The procedure yields an estimate of the Pareto optimal Receiver Operating ...
Short Term Conflict Alert (STCA) systems are complex software programs, with many parameters that must be adjusted to achieve best performance. We describe a simple evolutionary algorithm for optimising the trade-off between wanted alerts and nuisance alerts. The procedure yields an estimate of the Pareto optimal Receiver Operating Characteristic for the STCA system and we discuss additional uses of this for characterising and comparing the performance of STCA systems and airspaces.
Computer Science
Faculty of Environment, Science and Economy
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