本文通过Docker虚拟化技术在网关内搭建计算服务模型,分析边缘计算在电力行业的应用场合,基于Python语言和Docker技术构建服务,对边缘计算网关系统进行设计。实验结果表明,该模型能够准确得到接地刀的坐标位置和刀具的旋转角度,并且根据网关图像处理的信息损失率和瑕疵剔除率选择了5×5的卷积核尺寸,解决了Docker设计电力网关时逻辑混乱的问题,以此思路展开后续工作,设计实现了基于边缘计算的电力网关。
Abstract
In the paper,Docker virtualization technology is used to build a computing service model in the gateway,analyzes the application of edge computing in the power industry,builds services based on Python language and Docker technology,and designs the edge computing gateway system.It turns out that the model can accurately obtain the coordinate position of the grounding knife and the rotation angle of the knife.According to the information loss rate and defect removal rate of the gateway image processing,the 5×5 convolution kernel size is selected,which solves the logical confusion of the Docker design power gateway.In this way,follow-up work is carried out to design and implement a power gateway based on edge computing.
关键词
边缘计算 /
电力网关 /
Docker /
云计算
Key words
edge computing /
power gateway /
Docker /
cloud computing
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参考文献
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基金
*南方电网公司重点科技项目资助—智能电网省地调度主站边缘计算集群技术研发与工程示范(GXKJXM20190619)。
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