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New Threats and Innovative Protection Methods in Wireless Transmission Systems

机译:无线传输系统中的新威胁和创新保护方法

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摘要

Many improvements in the field of wireless communication can be observed nowadays. Some developments are gradual, others are revolutionary. It is obvious that each innovation in the area may lead to new security threats and vulnerabilities. Such technologies and transmission methods as: Near Field Communication (NFC), Visible Light Communication (VLC), handover, mesh networks, 5G cellular network, mobile IPv6, beamforming, cooperative beamforming, Multiple Input Multiple Output (MIMO), Orthogonal Frequency Division Multiple Access (OFDMA), transmission in Extra High Frequency (EHF) band are very important from the security point of view. In order to preserve high level of security one needs to identify, analyse and classify distinctive sets of threats and vulnerabilities as well as some emerging data protection opportunities related to innovative wireless transmission methods and technologies. This identification, analysis and classification is a main purpose of the paper. It will focus on cryptography in wireless systems, security vs. energy tradeoffs, physical layer security. For example, common problems related to cryptography may be solved with a use of physical layer security. Data confidentiality may be fulfilled with a use of beamforming and jamming, authentication may be performed with a use of out-of-band authentication model.
机译:如今,可以观察到无线通信领域的许多改进。有些发展是渐进的,另一些则是革命性的。显而易见,该地区的每项创新都可能导致新的安全威胁和漏洞。诸如以下技术和传输方法:近场通信(NFC),可见光通信(VLC),切换,网状网络,5G蜂窝网络,移动IPv6,波束成形,协作波束成形,多输入多输出(MIMO),正交频分多路复用从安全的角度来看,超高频(EHF)频带中的接入(OFDMA)传输非常重要。为了保持高级别的安全性,需要识别,分析和分类独特的威胁和漏洞,以及与创新的无线传输方法和技术相关的一些新兴数据保护机会。这种识别,分析和分类是本文的主要目的。它将侧重于无线系统中的加密,安全性与能量权衡,物理层安全性。例如,与密码学有关的常见问题可以通过使用物理层安全性来解决。可以使用波束成形和干扰来满足数据机密性,可以使用带外身份验证模型来执行身份验证。

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