2014 · 14 citations · 9 references
EngineeringDecision SciencesDecision MakingMachine LearningWireless CommunicationsCognitive RadioExploration-exploitation TradeoffOptimization For Decision MakingReinforcement LearningSpectrum AllocationSpectrum ManagementAlgorithm ComparisonAlgorithm Performance EvaluationCognitive Radio NetworksMetricsOpportunistic Spectrum AccessReinforcement Learning ModelsReinforcement Learning TheorySpectrum Access
This paper deals with the learning and decision making issue for cognitive radio (CR). Two reinforcement-learning algorithms proposed in the literature are compared for opportunistic spectrum access (OSA): Upper Confidence Bound (UCB) algorithm and Weight Driven (WD) algorithm. This paper also introduces two new metrics in order to evaluate the machine learning algorithm performance for CR: effective cumulative regret and percentage of successful trials. They provide a fair evaluation means for CR performance.
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