跳到主要內容 :::
  • ENGLISH
  • 網站導覽
:::

校園頭條

:::

資訊管理學系楊欣哲特聘教授發表期刊論文

  • 01/03/2022
  • |
  • 校園頭條
  • |
  • 資料提供:
  • 圖片標題:20211203研究組(橫).jpg

【研究發展處訊】

資訊管理學系楊欣哲特聘教授發表期刊論文

Design Issues for Communication Protocols Conversion Scheme of IoT Devices

作者:Shin-Jer Yang and Ting-Chen Wei (楊欣哲,魏廷臻)

Journal of Internet Technology (SCI)

卷數:22期數:3

頁碼:657-667

出版日期:May 2021

Abstract

Despite IoT technology provides an open and distributed networking environment, there is no compulsory standard of communication protocol for the description of object information. As a result, IoT devices with different communication protocols would require relevant converters to perform semantic analysis, or else communication between IoT devices may fail. Therefore, this paper proposes to design the conversion scheme for communication protocols of IoT devices (IoT-CPCS). This proposed scheme aims to integrate the formats of the data collected by different IoT devices, convert these data into useful and important information, present the converted information in readable message formats, and consequently store these messages in virtual servers built in the cloud platform. In addition, we conduct simulation experiments on IoT-CPCS and original MQTT transmission mechanism called MQTT Broker, and evaluate them with three key performance indicators (KPIs) such as average conversion time, system throughput, and average latency time. The simulation results indicate that the improving ratios for using the IoT-CPCS in average conversion time are 22.7%, 26.2%, 16.8%, 13.7%, 16.7% under 300, 500, 100, 2000, and 4000 packets respectively, and the system throughput is improved by 58.9% in average. Although IoT-CPCS in average latency time is a little poor than the MQTT Broker, but the latency ratio may not exceed 10%. The proposed IoT-CPCS scheme can improve the application compatibility of IoT for facilitating wider promotion, and raise the applicability level of IoT. In the future, we will consider another common communication protocols used in the IoT such as AMQP, and accuracy ratio of other KPI to evaluate the IoT-CPCS scheme with a larger amount of data.

Keywords

Cloud computing, IoT-CPCS, MQTT Broker, CoAP, Modbus-TCP

研究事務組提醒:教師如有最新發表於AHCI、SSCI、SCI、EI、TSSCI、THCI、「東吳大學外語學門獎勵名單」之期刊論文,歡迎將相關資訊e-mail至rad@scu.edu.tw,研究發展處將會公告於校園頭條,以廣交流。

【文圖/研究事務組游晴如組員】