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Recommended architecture for car parking management system based on cyber-physical system

机译：基于网络物理系统的停车场管理系统推荐架构

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A joint combination of interacting network of physical components and computational algorithms form cyber-physical system (CPS). Cyber-physical systems are intended to improve the quality of life by forming a sound basis of emerging smart services. There is a need to apply CPS in different fields to acquire the prominent result and therefore, we have applied CPS in the car parking management system. Looking for parking space waste a lot of time as a user has to search for parking space, since lack of car parking information. It results in traffic congestion, environmental pollution making the environment more badly. A lot of approaches have been developed to solve this problem but they are insufficient either they are not sufficient to cope with the user needs and they are not able to communicate properly with the external interfaces or they are much costly. The proposed solution based on CPS, solve the problem of car parking system. The proposed solution is effective and efficient as the user will enter location details using the smartphone app and send it to the server. The server will search for the available parking slots, getting information from sensors and send it back to the user with the route directions. The user will follow that particular route and park vehicle at the area designated by the server. The proposed solution is a novel approach to solve the car parking problem using cyber-physical system.
机译：物理组件交互网络和计算算法的联合结合构成了网络物理系统（CPS）。网络物理系统旨在通过形成新兴智能服务的良好基础来改善生活质量。需要在不同领域中应用CPS以获得突出的结果，因此，我们已经在停车场管理系统中应用了CPS。由于缺乏停车信息，因此用户不得不搜索停车位，因此寻找停车位会浪费大量时间。它导致交通拥堵，环境污染使环境更加恶化。已经开发出许多方法来解决该问题，但是它们不足以要么不足以满足用户需求，要么不能与外部接口正确通信，或者它们昂贵。提出的基于CPS的解决方案，解决了停车场系统的问题。由于用户将使用智能手机应用程序输入位置详细信息并将其发送到服务器，因此所提出的解决方案非常有效。服务器将搜索可用的停车位，从传感器获取信息，并将其与路线指示一起发送回用户。用户将遵循该特定路线并在服务器指定的区域停放车辆。提出的解决方案是一种使用网络物理系统解决停车场问题的新颖方法。

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