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A Blockchain based Authentication Scheme for Mobile Data Collector in IoT

机译：基于SLOCKCHAIN的IOT移动数据收集器的身份验证方案

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Our paper proposes a new device authentication scheme for mobile sensor node called Mobile Data Collector (MDC). Moreover, to validate the data brought by the MDC to the base station (BS), we validate it and then store it. To solve MDC authentication between multiple devices, we proposed blockchain scheme to provide more ease, communication and security between different devices. For this to happen, the last MDC authentication (meaning the first time the information is gathered) is performed by the CH'S first encounter with the classic authentication, and here the protocol accepts or rejects the MDC. Once the CH has authenticated the MDC, CH sends a transaction to the blockchain to verify the legality of the MDC access. Then, when the MDC requests the collected data from another CH in the network, at this point, any CH verifies the trust of the MDC by communicating with the blockchain. Hence, the proposed scheme is as safe as we claim. More specifically, in the proposed protocol for Blockchain Security IoT (Block_MDC) is to provide authentication between the Mobile Data Set (MDC), the head of the group and the member nodes of the WSN. We evaluate the performance of our protocol using simulations using MATLAB. The results confirm that the Block_MDC protocol is robust, efficient, and offers lower power consumption and fast computing time.
机译：我们的论文提出了一种用于移动数据收集器（MDC）的移动传感器节点的新设备认证方案。此外，要验证MDC带来的数据到基站（BS），我们验证它，然后存储它。为了解决多个设备之间的MDC身份验证，我们提出了区块链方案，以在不同设备之间提供更多的便于，通信和安全性。为此发生，最后一次MDC身份验证（意味着第一次收集信息）由CH的第一次遇到经典认证来执行，此处接受或拒绝MDC。一旦CH已经过身份验证MDC，CH会向区块链发送事务以验证MDC访问的合法性。然后，当MDC从网络中从另一个CH请求收集的数据时，此时，任何CH通过与区块链通信来验证MDC的信任。因此，拟议的计划就像我们声称一样安全。更具体地，在布线安全IOT（Block_MDC）的所提出的协议中，用于在移动数据集（MDC），组的头部和WSN的成员节点之间提供认证。我们使用MATLAB使用模拟评估我们协议的性能。结果证实，Block_MDC协议具有稳健，高效，并提供较低的功耗和快速计算时间。

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