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A Wi‑Fi Sensor‑Based Approach for Examining Travel Time Reliability Parameters Under Mixed Traffic Conditions

机译:一种基于Wi-Fi传感器的方法,用于在混合交通情况下检查行驶时间可靠性参数

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摘要

The investigation and examination of activity conduct are basically reliant on the accessibility of movement information.Movement information accumulation under blended activity conditions is one of the significant issues looked by scientistsand in addition activity administrative experts. Travel time can be measured using different types of sensors; however, dueto the heterogeneity in vehicle classes, its performance is a major concern, especially for Indian condition. Among theemerging methods, Bluetooth-based sensors are gaining popularity, but the fact that the number of active Bluetooth devicesin the traffic stream in India is generally very low and is a hindrance to the effectiveness of data collection. To overcomethis limitation, the use of a Wi-Fi/Bluetooth sensor has been thought upon recently. Thus, the main aim of this research isto test the reliability of such Wi-Fi/Bluetooth-based sensors and to determine travel time at mid-block section along withthe determination of the distribution model which would best fit for the study condition, and their relations with variousstatistical parameters to identify the best results.
机译:活动行为的调查和检查基本上依赖于运动信息的可访问性。在混合活动条件下的运动信息积累是科学家以及活动管理专家关注的重要问题之一。可以使用不同类型的传感器测量行程时间;但是,由于车辆类别的异质性,它的性能是一个主要问题,尤其是在印度情况下。在新兴的方法中,基于蓝牙的传感器正在普及,但事实是,印度交通流中的有源蓝牙设备的数量通常非常少,并且阻碍了数据收集的有效性。为了克服该限制,最近已经考虑使用Wi-Fi /蓝牙传感器。因此,本研究的主要目的是测试此类基于Wi-Fi /蓝牙的传感器的可靠性,并确定中段路段的行进时间,并确定最适合研究条件的分布模型及其所用的传感器。与各种统计参数的关系以确定最佳结果。

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