2009 · 33 citations · 3 references
Highway PavementPavement EngineeringEngineeringMachine LearningAdvanced Driver-assistance SystemIntelligent SystemsDeterioration ModelingSupport Vector MachineClassification MethodImage AnalysisDistress DataPattern RecognitionSystems EngineeringStructural Health MonitoringStatistical Pattern RecognitionAutomated InspectionAutomation RecognitionComputer VisionSupport Vector ClassificationData ClassificationCivil EngineeringPavement Surface DistressClassifier System
In this paper, classification of pavement surface distress and the statistics of the distress data are discussed. In order to improve the accuracy and efficiency to identify the pavement surface distress by the image information, a new algorithm based on SVM is discussed. In this study, support vector classification (SVC), which is a novel and effective classification algorithm, is applied to crack images classification. In order to build an effective SVC classifier, parameters must be selected carefully. This study pioneered on using genetic algorithm to optimize the parameters of SVC. The performances of the SVC and the back-propagation neural network whose parameters are obtained by trial-and-error procedure have been compared with crack images data set. Experimental results demonstrate that SVC works better than the BPNN.
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