iParking:一个停车场管理框架

J. Chinrungrueng, S. Dumnin, R. Pongthornseri
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引用次数: 29

摘要

在这项工作中,我们提出了一个停车管理框架,该框架监控车辆进出,计算可用停车位的数量,并最终将信息传播给停车的客户。在车辆监测方面,我们展示了磁传感器网络的实现。磁性传感器能够收集经过传感器的车辆数量,估计车辆的速度和长度。数据通过有线或无线链路传输到服务器,并存储在数据库中进行分析,并且可以在客户进入停车场之前显示可用停车位的数量。收集到的信息通过Twitter和Facebook等社交网络进行传播。测试结果表明,该系统能够实现非常精确的车辆计数。所获得的数据与使用停车设施的驾驶员的特征一致。系统收集的数据分析可提供有用的信息,作为我们预测未来停车位的基础。
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iParking: A parking management framework
In this work we have proposed a parking management framework that monitors vehicles driving in and out, calculates the number of available parking spaces, and finally disseminates the information to the parking's customers. For monitoring vehicles, we show our implementation of magnetic sensor network. The magnetic sensor is capable of collecting number of vehicle passing over the sensor, estimating vehicle's speed and length. The data is communicated over wired or wireless links to the server and is stored in the database for analysis and the number of available parking spaces can be displayed for customers before entering the parking garage. The dissemination of the information collected is through social network such as Twitter and Facebook. The test results show that the system yields a very accurate vehicle counting. The data obtained are consistent with the characteristics of drivers who access the parking facility. Analysis of data collected with our system is shown to provide useful information on which our future prediction of parking spaces will be based.
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