Keywords
Raspberry Pi
Docker
Connector
Central Gateway
Submitted : 2024-09-15
Accepted : 2024-09-30
Published : 2024-10-15
Abstract
With the vigorous development of Internet of Things (IoT) technology, the demand for communication and data exchange between different types of IoT devices is increasing day by day. To solve the problems of diversity and complexity of communication protocols between devices, this paper proposes a design scheme of a multi-connector IoT central gateway based on Raspberry Pi and Docker. Through the research and application of related technologies, by integrating multiple communication interfaces and utilizing containerization technology, an efficient, flexible, and scalable IoT central gateway has been realized, which can support the connection and data interaction of multiple communication protocols and provide strong support for the stable operation and development of the IoT system.
References
Liu L, Wang X, Wang G, et al., 2024, Design of Intelligent Gateway Based on Raspberry Pi and MQTT. Mechanical and Electrical Engineering Technology, 2024(04): 1–6.
Gong R, Gong Y, Li Z, et al., 2024, Management System of Distributed Epidemic Data Visualization Platform Based on Docker. Shanxi Electronic Technology, 2024(03): 84–87.
Zeng D, 2022, Design and Implementation of Communication Transmission in the Intelligent Water Conservancy Perception System. Digital Communication World, 2022(11): 32–34 + 94.
Guo S, 2020, Design and Implementation of Distributed General Internet of Things Data Management Platform, thesis, Beijing University of Posts and Telecommunications.
Xu Y, 2024, Design of Internet of Things System Based on Embedded Web Intelligent Monitoring. Application of Integrated Circuits, 41(05): 286–287.
Deng J, Tong B, Han J, et al., 2024, Design and Implementation of RH Hydraulic System in Refining Furnace Based on MQTT Protocol and Vue.js Framework. Industrial Control Computer, 37(03): 33–35.
Chen R, 2024, Application of Python and Flask in Enterprise WeChat Message Reception. Fujian Computer, 40(04): 53–56.
Zhang H, Cheng X, Xu H, 2022, Design and Implementation of RESTful API Interface for IoT Elevator Data Interaction Platform. Digital Technology and Application, 40(10): 171–174.
Tan C, Xu H, Fu Q, 2024, Design of Multi-protocol Data Conversion Gateway for Industrial Sensors. Instrument Technique and Sensor, 2024(01): 70–75.
Li Z, Wang W, Wang K, 2023, Design and Implementation of Portal System Based on OAuth2.0 Protocol. China Digital Medicine, 18(12): 47–51.
Jin H, Yu A, 2023, Practical Application of Nginx Load Balancer Cluster Architecture. Journal of Anhui Vocational College of Electronics & Information Technology, 22(03): 1–6.
Qiu Y, Jing B, Li J, 2019, Design of Internet of Things Sensor Node Based on ESP8266 WiFi Module and MQTT Protocol. Internet of Things Technology, 9(6): 24–26.
Leng M, 2024, Remote Experiment Monitoring System Based on LabVIEW and TCP. Industrial Control Computer, 37(06): 15–17.
Liu S, 2023, Design of Portable Internet of Things Meteorological Station System Based on ThingsBoard Platform. Information and Computer (Theoretical Edition), 35(24): 108–110.
Chen X, Zhang X, Zhang J, et al., 2024, Design and Implementation of Cloud Intelligent Production Line Control System Based on Node-RED. Shandong Industrial Technology, 2024(03): 58–62.