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MUTUAL AUTHENTICATION PROTOCOL FOR IoT-BASED ENVIRONMENT MONITORING SYSTEM

机译:基于IOT的环境监控系统的相互认证协议

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In a rabbit breeding environment monitoring system designed based on the Internet of things (IoT) technology, a safety policy that can realise mutual authentication between client-side APP and IoT data acquisition as well as equipment control is required to ensure the safety of system equipment and message command. Due to the high requirement on the computing power and storage capacity of CPU used for information acquisition and equipment control under the IoT, traditional server/client authentication policy would affect the system development cost. Therefore, a mutual authentication policy was designed in this paper based on elliptic curve cryptography (ECC) with the aid of the system authorised support centre. The experiment proved that this policy could satisfy the requirement of mutual authentication raised by the breeding environment monitoring system under the IoT at a low system development cost.
机译:在基于事物互联网(IOT)技术的兔育种环境监测系统中,需要一种能够在客户端应用程序和物联网数据采集之间实现相互认证的安全策略以及设备控制,以确保系统设备的安全性 和消息命令。 由于CPU的计算能力和存储容量的高要求用于信息获取和设备控制下的IOT下,传统的服务器/客户端认证策略会影响系统开发成本。 因此,借助于系统授权支持中心,本文在本文中设计了相互认证策略。 实验证明,该政策能够满足育种环境监测系统下的相互认证,以低系统开发成本。

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