基于窄带物联网应用架构的温湿度控制系统设计与应用

Design and application of temperature and humidity control system based on narrowband Internet of Things application architecture

伴随着通信技术的迅猛发展,窄带物联网技术应运而生,成为物联网通信中的关键技术,拥有覆盖率强、功耗低、成本低以及连接大等优势,在社会生产生活中发挥着巨大的作用。当前,在各行业中有效地应用窄带物联网技术,必须掌握窄带物联网应用架构的通信原理和设计方式,并且根据所应用的项目领域开发、设计相应的项目产品,最后完成对该平台的实践测试,才能够为生产生活中的窄带物联网技术应用开发提供扎实的理论基础和技术支持。文章以温湿度控制系统的设计分析为例,展开窄带物联网应用架构设计应用的探索,从实践测试中得出窄带物联网技术应用的优势和存在的不足,为其他行业系统的设计应用提供参考和借鉴。

With the rapid development of communication technology,narrowband Internet of Things technology has become the key technology in Internet of Things communication.it has the advantages of strong coverage,low power consumption,low cost and large connection,and plays a huge role in social production and life.In order to effectively apply narrowband Internet of Things technology in various industries,it is necessary to master the communication principle and design method of narrowband Internet of Things application architecture.And according to the application of the project area development and design of the corresponding project products,and finally complete the practical test of the platform.Only in this way can we provide solid theoretical basis and technical support for the application and development of narrow-band Internet of Things technology in production and life.The article is the design and analysis of temperature and humidity control system as an example to explore the design and application of narrowband Internet of Things application architecture.from the practical test,the advantages and disadvantages of narrowband Internet of Things technology application are obtained,which provides reference and reference for the design and application of other industry systems.