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基于NB-IoT技术的气象数据传输控制系统设计

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气象数据具有变化速度快、数据量大等特点,在复杂的通信环境下容易出现数据丢失或错误等问题.为了提高气象数据传输质量和速率,利用NB-IoT技术优化设计了气象数据传输控制系统.改装气象数据采集器和传输控制器,加设窄带物联网模块,实现硬件系统的优化.利用NB-IoT技术采集气象传输数据,综合考虑气象数据传输量、信道容量等因素选择气象数据传输信道,最终从传输安全和传输速度两方面,实现气象数据的传输控制功能.通过系统测试实验得出结论:与传统控制系统相比,优化设计的控制系统传输气象数据的丢失率和误码率分别降低了约2.63%和0.96%,同时有效缩短了气象数据传输时延.
Design of meteorological data transmission control system based on NB-IoT technology
Meteorological data has the characteristics of rapid change and large data volume.In com-plex communication environments,data loss or errors are prone to occur.In order to improve the quality and speed of Meteorological data transmission,NB-IoT technology is used to optimize a meteorological data transmission control system.Modify the meteorological data collector and transmission controller,add a narrowband IoT module,and achieve hardware system optimization.The NB-IoT technology is used to collect meteorological transmission data,and the meteorological data transmission channel is se-lected with comprehensive consideration of meteorological data transmission volume,channell capacity and other factors.Finally,the transmission control function of meteorological data is realized from two as-pects:transmission security and transmission speed.Through of the optimized design system,the loss rate and the bit error rate of the transmitted meteorological data are reduced by about 2.63%and 0.96%respectively,and the transmission delay of meteorological data is effectively shortened.

NB-IoT technologymeteorological datadata transmission control

郑文静

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郓城县气象局,山东菏泽 274700

NB-IoT技术 气象数据 数据传输控制

2024

工业仪表与自动化装置
陕西鼓风机(集团)有限公司

工业仪表与自动化装置

CSTPCD
影响因子:0.393
ISSN:1000-0682
年,卷(期):2024.(5)