Paper Details

The field of wireless communication sees rapid advance, leading to the growth of sixth-generation (6G) networks. These networks are expected for provision of faster data transmission. They also can have lower latency, along with much broader global accessibility than with prior generations. Key technical innovations within 6G include using several terahertz (THz) frequency bands with an increase in bandwidth and incorporating artificial intelligence (AI) and machine learning (ML) for management of highly efficient networks. Additionally, 6G aims for unification 'tween terrestrial, aerial, as well as maritime communication networks, so as to enable connectivity that is completely smooth. The scope of use certainly goes from deep holographic interactions up to better Internet of Things (IoT) networks. The scope extends to precise real-time tactile communication. However, the fairly common deployment of 6G encounters difficulties of various importance, along with management of spectrum, consumption of energy, and investment of infrastructure.

6G, Terahertz Communication, AI-driven Networking, Holographic Communications, Wireless Networks