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PMAKE: Privacy-aware multi-factor authenticated key establishment scheme for Advance Metering Infrastructure in smart grid

机译:PMAKE:智能电网中高级计量基础架构的隐私感知多因素身份验证密钥建立方案

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摘要

Advanced Metering Infrastructure (AMI) ensures bidirectional communication for analysis and improvement of energy usage between service providers and customers. Establishing secure and efficient key exchange has become an important issue for the Internet-based smart grid environment. To ensure a secure, reliable and efficient operation in the smart grid environment, AMI should be protected from security attacks. On the other hand, since smart meters are installed in customer's homes and businesses without hardware protection mechanisms that could be susceptible to physical attacks, where a dishonest customer may attempt to temper the metering data in order to make differences in billing. In this paper, an efficient privacy-aware multi-factor authenticated key establishment scheme (PMAKE) is proposed. One of the notable properties of the proposed scheme is that it can ensure physical security of the smart meters. From the perfonnance analyses, we can claim that our scheme is secure and suitable for the resource limited smart meters.
机译:先进的计量基础架构(AMI)确保双向通信,以分析和改善服务提供商与客户之间的能源使用。建立安全有效的密钥交换已成为基于Internet的智能电网环境的重要问题。为了确保在智能电网环境中安全,可靠和高效地运行,应该保护AMI免受安全攻击。另一方面,由于智能电表安装在客户的家庭和企业中,而没有可能容易受到物理攻击的硬件保护机制,因此,不诚实的客户可能会尝试调整电表数据以区别计费。本文提出了一种有效的隐私感知多因素认证密钥建立方案(PMAKE)。所提出的方案的显着特性之一是它可以确保智能电表的物理安全性。从性能分析中,我们可以断言我们的方案是安全的,适用于资源有限的智能电表。

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