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Vehicle Detector Evaluation Based on Traceability and Confidence Interval Concepts

机译:基于可追溯性和置信区间概念的车辆检测器评估

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Vehicle detectors are an essential device for advance traffic management and information system(ATMIS). Hence, the accuracy of traffic data from detectors is of fundamental importance. Whenevaluating detectors, one uses a baseline data source that generates reference data. However, referencedata also contain errors and uncertainties, albeit small ones. Nevertheless, little research has beenperformed to address the errors and uncertainties of reference data. This study proposes a new detectorevaluation scheme to resolve the problem. The scheme takes errors and uncertainties of reference datainto account for reliable detector evaluation. Moreover, it applies the interval estimation technique,instead of the traditional point estimation, to present detector evaluation results. The suggested scheme isthoroughly verified using the Korea detector test bed, and resultantly produces reliable detector evaluationresults.
机译:车辆检测器是先进交通管理和信息系统的重要设备 (ATMIS)。因此,来自检测器的交通数据的准确性至关重要。什么时候 在评估检测器时,使用基准数据源生成参考数据。但是,参考 数据也包含错误和不确定性,尽管很小。然而,很少有研究 执行以解决参考数据的误差和不确定性。这项研究提出了一种新的探测器 解决问题的评估方案。该方案考虑了参考数据的误差和不确定性 考虑到可靠的探测器评估。而且,它应用了区间估计技术, 代替传统的点估计,以呈现检测器评估结果。建议的方案是 使用韩国检测器测试台进行了彻底验证,从而提供了可靠的检测器评估 结果。

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