Comparative Analysis of Technologies for Audio Data Transmission

Yesferal Cueva-Sánchez, Harold Castro-Paredes, Alfredo Barrientos-Padilla, P. Shiguihara-Juárez
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引用次数: 3

Abstract

There are some limitations using wifi, bluetooth or QR code when we communicate two devices on medical, rural or factories environment. In contrast, the communication via sound has interesting advantages over these technologies. In this paper we propose a comparative analysis of technologies for Audio Data Transmission (ADT). We analyze different ADT technologies that we selected validating some features such as the date of the last update or the support for Android operative systems. Subsequently, we tested two Android mobile applications using ADT technologies: Quiet and SinVoice. Also, we used two profiles for each technology: audible and inaudible. The applications send and receive a string as a byte array, and also they capture the delivery time in milliseconds. Then, we evaluated the results obtained through a comparative analysis in terms of distance, quantity of transmitted bytes and the time of sending and receiving of the information. The final results show the delivery time measurements of the technologies for each proposed scenario summarizing in tables and graphs.
音频数据传输技术的比较分析
当我们在医疗、农村或工厂环境中使用两台设备进行通信时,使用wifi、蓝牙或二维码会有一些限制。相比之下,通过声音进行通信比这些技术具有有趣的优势。本文对音频数据传输(ADT)技术进行了比较分析。我们分析了我们选择的不同ADT技术,验证了一些功能,如最后更新的日期或对Android操作系统的支持。随后,我们测试了两个使用ADT技术的Android移动应用程序:Quiet和SinVoice。此外,我们为每种技术使用了两个配置文件:可听和不可听。应用程序以字节数组的形式发送和接收字符串,并以毫秒为单位捕获传递时间。然后,我们从距离、传输字节数和信息发送和接收时间三个方面对通过对比分析获得的结果进行评价。最终结果以表格和图表的形式总结了每个提议场景的技术交付时间度量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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