Internet of Things (IoT): A verification framework
Internet of Things (IoT): A verification framework
复制标题
物联网 (IoT)：验证框架
DOI：
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发表时间：
2017
期刊：
影响因子：
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通讯作者：
Asim Majeed
中科院分区：
文献类型：
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作者：
Asim Majeed
物联网（IoT）是在没有人类干预和协助的情况下与同构和异构设备共享和交换数据的创新。这种创新形成了不同类型的信息并将其传输到不同的系统，但仍然存在数据利用，控制和虚假陈述的威胁。此外，物联网的安全弱点已经显著扩大，因为它是一些低执行智能设备的集体范例，很难将常规的安全改进应用于这些设备。这项研究提出了一种基于引导建模和对称加密技术的安全策略，以升级物联网环境中的分类、共享验证和信息保护。所提出的技术通过设计加密密钥、智能设备ID和任意数字来识别智能设备，然后对其进行身份验证，该数字对于通过网络传输的信息进行编码是不可或缺的。所设计的框架将在与网络重新连接时识别设备，并与网络形成信任关系。
The Internet-of-Things (IoT) is an innovation of sharing and exchanging data with both homogeneous and heterogeneous devices without an interjection and assistance of human beings. This innovation forms and transmits different types of information to diverse systems but keeps the threats of data exploitation, control, and misrepresentation. In addition, the security weakness of IoT has expanded significantly promoting on the grounds that it is a collective paradigm of some low-execution smart devices and it is difficult to apply the routine security advancements to these devices. This study proposed a security strategy based on bootstrap modelling and a symmetric encryption technique to upgrade classification, shared verification, and information protection within the IoT environment. The proposed technique recognises and then authenticates a smart device by devising an encryption key, a smart device ID, and an arbitrary number, which is integral to encode the transmitted information over the network. The devised framework would identify the devices when re-connecting with the network and play the privacy run forming the trust relationship with the network.