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首页> 外文期刊>Advances in Mechanical Engineering >Trusted measurement and evaluation for intelligent transportation system products: A case study for traffic signal controller:
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Trusted measurement and evaluation for intelligent transportation system products: A case study for traffic signal controller:

机译：智能运输系统产品的可信测量和评估：交通信号控制器的案例研究：

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摘要

This study proposes trusted measurement and evaluation models for intelligent transportation system products to provide technological means for the transport sector and government departments to detect the compliance and availability of intelligent transportation system products and consider the market access of intelligent transportation system products. Then, this study builds a trusted testing platform based on a hardware-in-loop system to test and validate trusted measurement and evaluation models of intelligent transportation system products. Finally, a traffic signal controller is tested and validated in the platform in different operation environments. The result shows that the trusted measurement model can accurately measure the trusted status in normal and non-normal operation conditions, and the trusted evaluation model can dynamically calculate the intelligent transportation system product’s trusted attributes, namely, the trusted evaluation values and comprehensive trusted evaluation values of...
机译：本研究提出了可信赖的运输系统产品的可信测量和评估模型，为运输业和政府部门提供技术手段，以检测智能交通系统产品的合规性和可用性，并考虑智能交通系统产品的市场准入。然后，本研究基于硬件环路系统构建可信赖的测试平台，以测试和验证智能运输系统产品的可信测量和评估模型。最后，在不同操作环境中的平台中测试并验证了流量信号控制器。结果表明，可信测量模型可以准确地测量正常和非正常运行条件中的可信状态，并且可信评估模型可以动态地计算智能运输系统产品的可信属性，即可信评估值和全面的可信评估值的...

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