基于android的物联网监控费用支付系统的实现

TJ Ahmad
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摘要

在寄宿公寓里,有一个寄宿公寓的主人/经理负责监督和管理。对于租客,只有在与公寓业主/经理会面后才能付款。实际上,寄宿公寓的业主并不总是住在寄宿公寓里,所以很难监控每个房间的寄宿费用。本次期末项目的目的是制作一个能够通过android智能手机媒体监控和管理登机的工具。在该系统中,公寓业主可以查看每个房间的付款情况,租户也可以查看剩余的租赁时间。该系统还安装了一个门锁电磁阀,房东可以通过Android应用程序控制该电磁阀,在房客付款或未付款时打开和关闭公寓的门。使用中间节点NodeMcu将数据从安装在房间中的设备发送到Android智能手机,并将数据发送到Firebase,以便实时监控状态的过程。在每个房间里还有一个LED灯形式的通知系统。LED灯会提示公寓的剩余租期。在这个最终的项目中,应用程序可以实时监控,租户可以控制螺线管,平均延迟为1m 68s。对于从硬件向数据库发送数据,它的延迟为0.2139673秒,这是相当不错的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implementation of IoT as an Android-Based Monitoring Fee Payment System
In a boarding house, there is a boarding house owner/manager who monitors and supervises. For tenants, you can make payments only when meeting with the boarding house owner/manager. In practice, boarding house owners are not always in the boarding house so there is a difficulty in monitoring the boarding payments for each room. The purpose of this final project is to make a tool to be able to monitor and manage boarding through the android smartphone media. In this system, boarding house owners can find out the payment status of each room and tenants can also find out the remaining rental time. This system is also installed with a doorlock solenoid which can be controlled by the boarding house owner via the Android application to open and close the boarding house door if the tenant has/has not made a payment. The process of sending data from the device installed in the room to the Android smartphone using an intermediary NodeMcu and sending data to Firebase so that the status can be monitored in realtime. In each room there is also a notification system in the form of an LED light. The LED light will give a warning about the remaining time of the boarding house rental. The conclusion in this final project, the application can perform monitoring realtime and tenants can control the solenoid with an average delay of 1m 68s. For sending data from hardware to the database, it has a delay of 0.2139673s which is quite good.
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