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Need of Physical Layer Security in LTE: Analysis of Vulnerabilities in LTE Physical Layer

机译:需要LTE中物理层安全性:LTE物理层漏洞分析

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In Wireless/mobile communication, the requirement of higher throughput and data rates are increasing day-by-day. For meeting this requirement, Long Term Evolution (LTE) technology has become the prime choice. Communication using wireless technology has vulnerabilities. LTE wireless technology has vulnerabilities associated with the processing technique as well as well-defined positioning of channels and signals of physical layer. This drawback is of concern, as it can completely or partially block the communication, due to intentional jamming or unintentional interference. To understand the jamming vulnerabilities in LTE, it is essential to understand various physical channels, signals, frame structure, decoding protocols and various types of jamming. This paper provides jamming vulnerability analysis of LTE physical layer, physical channels and signals. Practical lab test setup for measuring jamming margins along with the result is provided in this paper. Various mitigation techniques have been provided in this paper to reduce jamming vulnerabilities.
机译:在无线/移动通信中,逐天吞吐量和数据速率的要求正在增加。为了满足这一要求,长期演进(LTE)技术已成为主要选择。使用无线技术的通信具有漏洞。 LTE无线技术具有与处理技术相关的漏洞以及定义的通道定位和物理层的信号。这种缺点是令人担忧的,因为它可以完全或部分地阻挡通信,因为有意的干扰或无意的干扰。为了了解LTE中的干扰漏洞,必须了解各种物理信道,信号,帧结构,解码协议和各种类型的干扰。本文提供了LTE物理层,物理通道和信号的干扰脆弱性分析。本文提供了用于测量干扰边距的实用实验室测试设置。本文提供了各种缓解技术,以减少干扰漏洞。

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