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Location Closeness Model for VANETs with Integration of 5G

机译：Vanets的位置闭合模型，集成为5G

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Nowadays, 5G is playing a significant role in the efficiency of network security and creating more and faster channels for communication. 5G is evolving industries such as healthcare, education, marketing, transportation, and V2X (Vehicle-to-everything). In addition, 5G considers a new radio access technology that is adding new applications like the Internet of Things (IoT), Augmented Reality, Virtual Reality, connected cars, connected people-to-people, smart city, connected homes that are considered using higher bandwidth and low latency. Mainly, this paper is focusing on security challenges faced by the Vehicular ad-hoc network (VANET). VANET faces threats in three different fields; security, safety, and infotainment, which further have numerous attacks. More precisely, this research conducted an in-depth study and proposed a VANET trust model. Therefore the proposed model deals specifically with the “location closeness” parameter. Moreover, the trust model integrated with 5G cloud to support greater coverage, effective network density with respect to network infrastructure and IoT as well. Therefore, in this article, an effort has been put forward to implement the model using case studies to validate the trust model based on the “location closeness” parameter. The results proved the valid implementation of the model by identifying the trusted communication between the vehicles.
机译：如今，5G在网络安全的效率和创造频道的效率下发挥着重要作用。 5G正在不断发展的行业，如医疗保健，教育，营销，运输和V2X（车辆至所有）。此外，5G考虑了一个新的无线电接入技术，它正在添加像物联网（物联网），增强现实，虚拟现实，连通的汽车，连通人才，智能城市，连接的家庭，被认为使用更高的人带宽和低延迟。主要是，本文专注于车辆临时网络（VANET）面临的安全挑战。 Vanet面临三个不同领域的威胁;安全性，安全和信息娱乐，进一步具有许多攻击。更确切地说，该研究进行了深入的研究并提出了Vanet信任模型。因此，所提出的模型具体涉及“位置闭合”参数。此外，与5G云集成的信任模型支持更高的覆盖率，相对于网络基础设施和IOT的有效网络密度。因此，在本文中，已经提出了一种使用案例研究实现模型，以基于“位置闭合”参数来验证信任模型。结果通过识别车辆之间的可信通信，证明了模型的有效实施。

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