The Application and Impact of 6G Networks on Navigation and Autonomous Driving Systems

Haojie Huang

doi:10.54097/vygsbv53

Authors

Haojie Huang

DOI:

https://doi.org/10.54097/vygsbv53

Keywords:

6G Networks, Autonomous Driving Systems, Vehicle-to-Everything.

Abstract

The evolution of the sixth-generation(6G) network is expected to bring about transformative changes to navigation and autonomous driving systems. Unlike 5G, which laid the foundation for early vehicle-to-Everything (V2X) applications, 6G will achieve breakthroughs in transmission speed, latency, and connection density. By integrating artificial intelligence, edge computing, and satellite communication, 6G lays the technical foundation for achieving centimeter-level positioning and nearly instantaneous data exchange between vehicles and roads. These capabilities will enhance the safety of autonomous driving decisions, optimize traffic coordination, and support advanced applications such as collaborative driving and large-scale fleet management in smart cities. Meanwhile, the impact of 6G networks is extending to broader social goals, covering areas such as energy efficiency, environmental sustainability, and resilient urban planning. Despite its vast potential, challenges such as deployment costs, standardization, and data security still exist. Overall, 6G is expected to redefine intelligent mobility by combining unprecedented connectivity capabilities with smart control. However, its success still requires continuous innovation and global collaboration to drive it forward together.

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