摘要
可信身份认证是电网业务识别的应用业务,采用的是自顶向下和自下而上的双向识别方法进行场景的扫描识别,并采用交叉分类的方法对电网业务场景和身份认证的功能进行划分,原理在于对电网业务可信身份认证需求的个体特征与共性特征的提取。它是针对电网业务可信身份认证多场景应用的功能设计,目前在电网业务运行中已经实现多种组合认证和场景认证应用的可信身份认证模式。因此,介绍电信业务的可信身份认证的框架内容,并进行电网业务可信身份认证的关键技术研究以及应用探讨。
Trusted identity authentication is an application service for grid service identification.It uses a top-down and bottom-up two-way identification method to scan and identify scenes.The cross-classification method is used to divide the power grid business scenarios and identity authentication functions.The principle lies in the extraction of individual characteristics and common characteristics according to the requirements for trusted identity authentication of power grid services.It is a functional design for the multi-scenario application of trusted identity authentication for power grid services.Currently,a variety of combined authentication and scenario authentication applications have been implemented in the power grid service operation.This article first introduces the framework of trusted identity authentication for telecommunications services,and then studies the key technologies and applications of trusted identity authentication for power grid services.
作者
胡美慧
何伟
马天福
张勇
HU Mei-hui;HE Wei;MA Tian-fu;ZHANG Yong(Information and Communication Company of State Grid Xinjiang Electric Power Co.,Ltd.,Urumqi 830000,China)
出处
《通信电源技术》
2020年第5期253-254,共2页
Telecom Power Technology
基金
国家电网有限公司科技项目"电网核心业务可信身份认证关键技术研究"。
关键词
电网业务
可信身份认证
关键技术
grid business
trusted identity authentication
key technology
