使用API Geeknesia的集中控制停车系统

Giva Andriana Mutiara, Gita Hapsari, Aris Pujud
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引用次数: 0

摘要

日益增多的交通工具,需要一个良好的停车场所维护管理。智能停车系统(SPS)是一种智能停车系统,已经在许多地方实施。然而,一些SPS没有提供让司机轻松找到空停车位的信息。在本研究中,我们设计了一个SPS,使用geeknesia的应用程序编程接口(API)作为嵌入式系统的集中式物联网服务器。该系统嵌入了利用服务器geeknesia.com和智能手机上的监控应用程序停车位的综合互联网监控系统。我们在geeknesia.com中创建API表单,它将把来自信号传感器的任何更改保存为空白空间的信息。该测试系统在10个样品停车场区域进行,并附有超声波传感器装置。根据停车场的实际情况,对该系统进行了测试,检查传感器产生的变化数据的正确性,并检查系统是否正常工作。结果表明,该系统能够准确地读取传感器的变化,并根据传感器的变化向用户提供槽位是预留还是空的信息
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Centralized Control Parking System using API Geeknesia
The increasing number of transportations, need a good maintenance management parking place. Smart Parking System (SPS) is an smart parking system that has been implemented in various places. However, some of the SPS has not provided an information that allows the driver to find an empty parking space easily. In this research, we design an SPS that applies using geeknesia's Application Programming Interface (API) as a centralized IoT server for the embedded system. This system is embedded with the integrated internet-based monitoring system that utilizes server geeknesia.com and a monitoring application parking space on the smartphone. We create the API form in geeknesia.com that will save any changes from the signal sensor as the information of empty space. The testing system is performed with 10 samples parking space area with attached ultrasonic sensor devices. This system is tested to check the correctness of changing data which is generated by the sensor based on the real condition in the parking lot and to see whether the system works. The result showed that the system can read the changes of the sensor, precisely and the changes of the sensor can give the information to the user whether the slot is reserved or empty
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