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泛在物联网下的电力通信干扰过滤技术研究

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由于泛在物联网在电力通信应用中的规模远超普通物联网,导致外界设备的干扰会影响电力通信系统的通信质量.为解决这个问题,提出泛在物联网下的电力通信干扰过滤技术.分析了"互联网+"智慧能源架构和泛在物联网架构更容易受到干扰的原因.通过识别泛在物联网下电力通信采集信号的脉冲干扰信息,获取电力通信脉冲噪声稀疏性,计算出电力通信脉冲噪声干扰估计值.利用设计的电力通信干扰过滤器,实现泛在物联网下电力通信干扰过滤.由泛在物联网下电力通信干扰过滤测试、误码率(BER)测试结果可知,电力通信原始信号和加噪信号波形具有相似性,且原始信号与噪声干扰过滤结果相似度较高.该技术可靠性较强.
Research on Interference Filtering Technique for Power Communication under Ubiquitous Internet of Things
The scale of ubiquitous Internet of Things in power communication applications is much larger than that of ordinary Internet of Things,which leads to the interference of external devices that can affect the communication quality of power communication systems.To solve this problem,the interference filtering technique for power communication under ubiquitous Internet of Things is proposed.The reasons why the"Internet+"smart energy architecture and the ubiquitous Internet of Things architecture are more susceptible to interference are analyzed.By identifying the impulse interference information of the power communication collection signals under ubiquitous Internet of Things,the power communication impulse noise sparsity is obtained,and the power communication impulse noise interference estimation is calculated.The designed power communication interference filter is utilized to realize the power communication interference filtering under ubiquitous Internet of Things.From the results of power communication interference filtering test and bit error rate(BER)test under ubiquitous Internet of Things,the power communication original signal and noise addition signal waveforms have similarity and the similarity between the original signal and noise interference filtering results is high.The reliability of the technique is strong.

Ubiquitous Internet of ThingsPower communication interference filteringFiltersNoise interference estimationImpulse interference informationNoise sparsity

石礁、白练、王淑其

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国网浙江省电力有限公司嵊泗县供电公司,浙江舟山 202450

泛在物联网 电力通信干扰过滤 过滤器 噪声干扰估计 脉冲干扰信息 噪声稀疏性

2024

自动化仪表
中国仪器仪表学会 上海工业自动化仪表研究院

自动化仪表

CSTPCD
影响因子:0.655
ISSN:1000-0380
年,卷(期):2024.45(6)