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Research on the Application of IBE in IEC61850 Substation Automation System

机译:IBE在IEC61850变电站自动化系统中的应用研究

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In order to reap the benefits promised by the Smart Grid, communications between the IEDs in IEC 61850 Substation Automation System (SAS) will need to be made much more secure. Traditional security solutions based on Public Key Infrastructure (PKI) are calculation intensive and introduces latency that will be difficult to meet substation environmental and electrical requirements, so they are not well suited for IEC 61850 SAS. Identity based encryption (IBE) schemes, introduced by Shamir in 1984 [5] are based on the idea to use participant's unique identities as public key and public key directories are unnecessary. Thus, utilizing IBE in IEC 61850 SAS is a reasonable choice. This paper briefly introduces the features of IEC 61850 SAS communication security and IBE and then propose an IBE-based Self Private Key Generated (SPKG) encryption scheme to establish encryption system in IEC 61850 SAS. Advantages of this SPKG Scheme are also discussed in the paper.
机译:为了获得智能电网带来的好处,IEC 61850变电站自动化系统(SAS)中的IED之间的通信将需要变得更加安全。基于公钥基础结构(PKI)的传统安全解决方案计算量大,并且引入了难以满足变电站环境和电气要求的延迟,因此它们不适用于IEC 61850 SAS。 Shamir于1984年提出的基于身份的加密(IBE)方案[5]基于使用参与者的唯一身份的想法,因为不需要公共密钥和公共密钥目录。因此,在IEC 61850 SAS中使用IBE是一个合理的选择。本文简要介绍了IEC 61850 SAS通信安全性和IBE的功能,然后提出了一种基于IBE的自私密钥生成(SPKG)加密方案,以在IEC 61850 SAS中建立加密系统。本文还讨论了此SPKG方案的优点。

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