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Application of Electronic Information Automation Technology in "Internet of Things+"

Pengcheng Chen

Abstract


The advancement of the Internet of Things (IoT) is driving increasingly stringent requirements. With the impetus of high-tech development, high-tech intelligent industries are rapidly evolving. As a key focus for future IoT development, electronic information automation technology deserves special attention. This paper examines the core characteristics of electronic information automation technology and
analyzes its technical compatibility within the "IoT+" framework. It focuses on the application mechanisms of three key modules: automated
data collection, transmission, and processing, along with their practical implementations in industrial production, smart homes, and smart
healthcare. The research demonstrates that electronic information automation technology enhances the response efficiency of "IoT+" systems,
reduces operational costs, and ensures data reliability, thereby bridging the gap from "physical connectivity" to "intelligent connectivity." This
provides a solid foundation for the deepening development of "IoT+".

Keywords


Electronic information automation; Internet of Things+; Data acquisition

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References


[1] Yu Liang. Research on Remote Monitoring Technology of Electronic Automation Based on Internet of Things [J]. Instrument and Meter

User, 2025, 32(07):31-33.

[2] Wang Zhaoxiu. Application of Electronic Information Automation Technology in the Internet of Things [J]. Integrated Circuit Applications, 2024, 41(04):338-340.

[3] Zeng Rong. Application of Electronic Information Automation Technology in the Internet of Things [J]. Modern Manufacturing Technology and Equipment, 2021, 57(11):189-191.




DOI: http://dx.doi.org/10.70711/cstm.v3i2.8445

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