Multi-Access Edge and Fog Computing Technique Analysis for Security and Privacy of 6G-Driven Vehicular Communication Network in Industry 5.0 Internet
Priya Kohli, Sachin Sharma, Priya Matta · Advances in digital crime, forensics, and cyber terrorism book series · 2022
To enable digital cities and provide autonomous driving experiences, intelligent transportation systems (ITS) are deployed. This technique imparts vigorous features because of the quick mobility of nodes. Real-time data security and privacy are the most important and underappreciated preconditions in vehicular communication. The functionality of a wireless network should be dispersed over several automobiles/infrastructure, such as processing capability in fog, edge, and cloud servers, to reduce latency and increase service quality (QoS). In the past, several mathematical methods have been utilized to tackle optimality problems. This chapter analyzes multi-access edge and fog computing techniques for the security and privacy of a 6G-driven vehicular communication network in the internet-of-everything (IoE) Industry 5.0. It also includes a summary of 6G research directions as well as a number of potential 6G communication applications along with dark web crimes.