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首页> 外文会议>International Conference on Innovative Technologies in Intelligent Systems and Industrial Applications >Analyzing Vehicle-to-Everything Communication for Intelligent Transportation System: Journey from IEEE 802.11p to 5G and Finally Towards 6G
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Analyzing Vehicle-to-Everything Communication for Intelligent Transportation System: Journey from IEEE 802.11p to 5G and Finally Towards 6G

机译：分析智能交通系统的车辆 - 所有沟通：从IEEE 802.11p到5g的旅程，最后朝向6g

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The rapid development of the Intelligent Transportation System increases the potential of Vehicular communication in a smart transportation network. Although there are several technological attempts to support vehicular communication, they have limitations from various perspectives including mobility, security, resource allocation, and device-to-device communication. In order to address those limitations, this study evaluates the most appropriate communication technology to transmit data in the future Vehicle to Everything (V2X) communication system. First, we conduct a performance evaluation of the current main vehicular communication system requirements. Then, we analyze the applications of communication technologies such as wi-fi, LTE, 5G, and 6G to fulfill the requirements of future V2X communication. Later, we explore the advanced features of 6G in the context of the Intelligent Transportation System. Then, we suggest that 6G technology as the corresponding communication technology to future V2X communication systems based on the analysis. Finally, we propose an architecture for the 6G V2X network and discuss security challenges and suggested solutions for the architecture.
机译：智能运输系统的快速发展增加了智能运输网络中车辆通信的潜力。虽然有几种技术尝试支持车辆通信，但它们具有从各种角度来限制，包括移动性，安全性，资源分配和设备到设备通信。为了解决这些限制，本研究评估最合适的通信技术，以将来的车辆中的数据传输到所有（V2X）通信系统。首先，我们对当前的主要车辆通信系统要求进行性能评估。然后，我们分析了通信技术的应用，例如Wi-Fi，LTE，5G和6G，以满足未来V2X通信的要求。后来，我们在智能运输系统的背景下探讨了6G的高级功能。然后，我们认为6G技术作为基于分析的未来V2X通信系统的相应通信技术。最后，我们为6G V2X网络提出了一种架构，并讨论了架构的安全挑战和建议的解决方案。

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