A Design Of Smart Parking Management System Based On IBeacon

As the development of the society and economy, the quantity of vehicles in China is growing daily, as the result, limited resources cannot meet the growing demand for parking spaces. The large parking lot has caused the problems such as the difficulty of finding a car, the management of the parking lot and the single marketing model. The development of mobile Internet technology has brought an opportunity for the more efficient parking system. iBeacon is an emerging wireless communication technology with the advantages of a wide coverage range, low-power, high-speed, which provides a basis for the indoor positioning and marketing. Based on the study of the status quo of the development of the smart parking and the existing problems in this field, along with the comparison of several wireless communication technologies, a design of smart parking management system based on iBeacon technology is proposed in this paper.In recent years, near-field communication technology has become increasingly mature, especially when iBeacon appears. Take advantage of this low-power Bluetooth technology for indoor location services becomes a business hotspot. According to the current wireless communication technology and parking industry developments, this paper analyzes the status of the existing parking lot management business applications and proposed an indoor positioning method based on iBeacon and tricyclic location algorithm used RSSI ranging model, using SOA as architecture to develop the software development and My SQL as the system database. Hush Framework is a PHP development framework for developing the server-side. Mobile client application was designed follow the Android framework. JSON protocol was utilized to exchange data between server and mobile clients. User can interact with the server through the mobile client to achieve query, positioning, navigation, payment and other functions. In this paper, we analyze and overall design the smart parking system. Secondly, we design and implement the system in detail in three parts: iBeacon base station deployment, the system server and mobile client. Then, in accordance with the principles of the system test, testing the system function and analyze the results. Finally, suggestions to improve the system and a better vision of the system.