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ZigBee based multi-level parking vacancy monitoring system

机译:基于ZigBee的多层停车位监控系统

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Looking for empty parking spaces in congested parking spaces can be painstaking and time consuming. The average time spent in parking bays cruising for vacant spaces approximately varies from 3.5–12 minutes. These cruising cars also add to the traffic and also to the pollution inside the bay. The present parking management system in the urban cities of growing economies like India lacks efficiency, often leaving the drivers frustrated. We are engaged in developing an automated parking management system employing Wireless Sensor Network (WSN) technology. The parking management system can detect the presence and/or absence of a vehicle in the respective parking spaces and automatically provide the location of the identified available spaces to prospective users in real-time. This paper describes the ultrasonic based vehicle detection system, ZigBee networks and presents the preliminary results.
机译:在拥挤的停车位中寻找空的停车位会很费力和费时。在停车位上巡游空置空间的平均时间大约为3.5至12分钟。这些巡航车也增加了交通量,也增加了海湾内部的污染。在像印度这样的发展中经济体的城市中,目前的停车管理系统效率低下,常常使驾驶员感到沮丧。我们致力于开发采用无线传感器网络(WSN)技术的自动停车管理系统。停车管理系统可以在相应的停车位中检测到车辆的存在和/或不存在,并自动将识别出的可用车位的位置实时地实时提供给准用户。本文介绍了基于超声波的车辆检测系统ZigBee网络,并给出了初步结果。

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