A Wireless Sensor Node Based Efficient Parking Slot Availability Detection System For Smart Cities

V. U., S. Sharma, Bhaumik Katiyar, Yamala Prashanth
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引用次数: 6

Abstract

In the past ten years, advancement in technology has been a great importance for Smart Cities. The concept of smart parking system is revolutionizing in the smart cities. Internet of Things (IoT) provides an efficient smart parking system in smart cities. The current smart cities have limited parking slots which are not managed effectively. Due to unavailability of accurate information about parking lots, drivers have to face inconvenience and traffic congestion on roads. This factor motivated us to develop an effective parking slot availability detection system for smart cities. In this paper, we proposed a solution that utilizes the wireless sensor node (combination of Ultrasonic Sensor and Wi-Fi technology) to detect the movement of the car at the entry and exit level of parking lot. The information is collected dynamically and updated in our cloud database. A mobile application is also developed for checking the parking slot availability in a nearby location. The real-time information of the slot vacancy can be dynamically sent through an android mobile application. The proposed solution deploys a wireless sensor node on the site for providing accurate information for driver’s requests. Finally, the working functionality of our proposed solution is developed as a prototype and illustrated as a working model.
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基于无线传感器节点的智慧城市高效车位可用性检测系统
在过去的十年里,技术的进步对智慧城市至关重要。在智慧城市中,智能停车系统的概念正在发生革命性的变化。物联网(IoT)为智慧城市提供了高效的智能停车系统。目前的智慧城市停车位有限,没有得到有效管理。由于无法获得准确的停车场信息,司机不得不面对道路上的不便和交通拥堵。这一因素促使我们为智慧城市开发一个有效的停车位可用性检测系统。在本文中,我们提出了一种利用无线传感器节点(超声波传感器和Wi-Fi技术的结合)来检测停车场出入口层的汽车运动的解决方案。这些信息是在我们的云数据库中动态收集和更新的。该公司还开发了一款手机应用程序,用于检查附近位置的停车位是否可用。槽位空缺的实时信息可以通过android移动应用程序动态发送。提出的解决方案在现场部署无线传感器节点,为驾驶员的请求提供准确的信息。最后,我们提出的解决方案的工作功能被开发为一个原型,并作为一个工作模型进行说明。
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