摘要
传统电力数据分流方法在复杂的双链接无线网络环境下,容易导致关键电力数据的丢失,为此从电力用户的视角出发,提出基于用户分类的海量电力大数据分流方法研究。建立双链接无限网络电力数据分流平台,并基于该平台按电力用户的类别,提取出用户地址和电力传输数据包结构等关键数据特征,依据电力分流函数值与电力数据单元密度之间的关系,确定出系统的QoS参数值并最终实现对双链接无线网络中海量电力大数据的合理分流。实验结果表明,提出的电力数据分流方法所消耗的系统平台资源更少,与传统的数据分流方法相比在数据的丢失量方面优势较为明显。
Traditional power data shunting methods are easy to cause the loss of key power data in the complex dual-link wireless network environment.For this reason,from the perspective of power users,a large amount of power data shunting method based on user classification is proposed.The power data shunting platform of double-link infinite network is established,and the key features of user address and power transmission data package structure are extracted according to the types of power users.According to the relationship between power shunting function and power data unit density,the system's QoS parameters are determined and the massive power data shunting in double-link wireless network is realized.The experimental results show that the proposed power data shunting method consumes less data shunting resources and has obvious advantages in data loss compared with traditional data shunting methods.
作者
郭威
廖丹
王建永
何旻诺
GUO Wei;LIAO Dan;WANG Jian yong;HE Min nuo(Information Center of Guangdong Power Grid Co.,Ltd.,Guangzhou 510000,China)
出处
《电子设计工程》
2019年第21期112-116,共5页
Electronic Design Engineering
基金
广东省经研院咨询项目(GDKJQQ20162016)
关键词
双链接
无限网络
海量
电力大数据
单元密度
double-link
infinite network
massive
large power data
cell density
