ment approach to the buildout of the network slicing capabilities. Enhanced Mobile Broadband I Capacity Enhancement Gigabytes in a second 3D Video 4K screens Smart city cameras Work & play in the cloud Augmented reality Voice Industrial & vehicular automation Self Driving Car Sensor NW Mission critical broadband Massive loT Low Latency Massive Connectivity Ultra-high reliability & Low Latency Figure 13.17 - Plotting the network slicing use cases In this section, we looked at 5G use cases where network slicing will facilitate widespread adoption in the industry. We looked at how these use cases create large revenue potential for CSPs and how they can align their strategy to industry-wise use cases, trying to capture these revenue streams over time. 5G Network Slicing Summary In this chapter, we learned about 5G network slicing. We provided a simplified definition of network slicing. Then, we looked at the architecture of network slicing. Finally, we looked at the use cases that are enabled by it. Overall, 5G network slicing creates multiple revenue opportunities for its operators. It can serve multiple industry use cases without large upfront and speculative investments. In the next chapter, we will look at connected and autonomous vehicles and the role of 5G. We will cover the concepts and the background of autonomous vehicles and the different levels of autonomy. Finally, we will cover different applications related to driver assistance, leading to enhanced safety in driving. 5G and Autonomous Vehicles This chapter will focus on the use of 5G technologies for Autonomous Vehicles (AVs). We will cover general concepts of Connected and Autonomous Vehicles (CAVs), as well as the 5G Vehicle-to- Everything (V2X) technology. We will look at the high-level architecture for it. We will look at the underlying concepts and network procedures that enable AVs to communicate with other vehicles and the infrastructure. The introduction of V2X will improve road safety, traffic efficiency, and the conservation of energy. The US 