咖啡厅计费系统带宽管理的QR码认证实现

Afifatur Rodiyah
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引用次数: 0

摘要

鉴于对互联网的高需求,本研究将设计一种使用用户管理器的带宽管理实现,并将其应用于具有互联网服务的公共场所的计费系统中。这是为了根据支付总额来调节每个客户使用的带宽或互联网带宽。这个实现使用QR码作为身份验证。此二维码将打印在客户的付款收据/收据上,并通过安装在安卓手机上的应用程序进行扫描。该应用程序将被连接到服务器上,该服务器随后将连接客户的智能手机以连接到互联网服务。提出申请后,对其进行测试,以检查客户接收到的带宽的准确性。从带宽精度测试来看,向客户交付带宽存在误差,下载带宽平均误差为6.5%,上传带宽平均误差为17%。发生此错误是由于ping和抖动值??在数据传输过程中,平均ping为78.7 ms,抖动为82.7 ms。而在读取QR码时,我们发现当使用500万像素的相机时,QR码可以在90厘米的距离内读取,当使用20.7万像素的相机时,QR码可以在110厘米的距离内读取。
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 Bandwidth Management in Cafe Billing Systems Using QR Code Authentication
Seeing the high demand for internet, this research will design an implementation of bandwidth management using a user manager, which will be applied to the billing system in public places with internet services. This aims to regulate the bandwidth or internet bandwidth that will be used by each customer in accordance with the total payment. This implementation utilizes a QR Code which will be used as authentication. This QR Code will be printed on the customer's payment receipt / receipt and will be scanned through the application installed on the android mobile phone. The application will be connected to a server which will later connect the customer's smartphone to connect to the internet service. After making the application, it is tested to check the accuracy of the bandwidth received by the customer. From the bandwidth accuracy testing, the results show that the delivery of bandwidth to the customer has an error with an average error in the download bandwidth of 6.5% and the upload bandwidth of 17%. The occurrence of this error is due to the ping and jitter values ??during data transmission, with an average ping of 78.7 ms and a jitter of 82.7 ms. Whereas in reading the QR Code, it was found that when using a camera with a 5MP resolution the QR Code can be read up to a distance of 90 cm and when using a camera with a resolution of 20.7MP, the QR Code can be read up to a distance of 110 cm.
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