The 6G networks are still in the future. Still, they have the potential to completely change communication by providing extremely high data rates together with connecting a large number of devices with little latency. This advance is not without its security issues that affect the network's physical layer. Since contemporary applications such as IoT, blockchain, and AI require high data rates, the network has to lock data quickly and be flexible regarding configuration and load distribution.
To address these requirements, it is wise to have efficient PHY solutions that can meet the challenges afloat. Such solutions must safeguard against different dangers, such as interference, data imitation, replay attacks, SCAs, jamming, traffic analysis, and cyber vandals. This publication Physical Layer Security for 6G Networks (Telecommunications) scrutinizes these issues in detail and outlines reliable and effective solutions to PHY security issues of the upcoming networks.
This book, ‘’Physical Layer Security for 6G Networks (Telecommunications),’ aims to help readers grasp the security requirements of the 6G network. It explains how PHY security can solve practical problems in ultra-dense networks, adaptive communication, and distributed technology while being based on AI. Besides, the book emphasizes that new forms of advanced sensing solutions must be introduced, which are in excess of cognitive radio, device-to-device, and mm-wave communications.
Physical Layer Security for 6G Networks (Telecommunications) Table of Contents:
- Preface
- Part I: Fundamental Theories of Physical Layer Security
- Part II: Authentication Using Channel Features and Hardware Impairments
- Part III: Key Generation from Wireless Channels
- Part IV: Applications of Physical Layer Security
Who is this course for?
- Network engineers and architects
- Telecommunications professionals
- Cybersecurity experts
- Targeted professionals and scholars in communication and security.
- AI and IoT developers
- Telecom and network security students
- The policymakers and the regulators of the telecommunication industry
