Base station optical communication

4 FAQs about [Base station optical communication]

How can Aerial Base stations be optimally positioned?

Zhang et al. developed an iterative algorithm to position an aerial base station optimally. This algorithm also handled resource allocation, with the goal of maximizing the throughput for the access link. The optimization process was subject to meeting the Quality of Service (QoS) requirements for individual users within a hotspot region.

Why are FSO communication systems still attractive?

Despite these challenges, FSO communication systems remain attractive due to their high data rates, flexibility, and potential for seamless integration with 5G wireless networks.

What is the difference between a base station and a backhauling link?

While the onboard base station provides wireless access for end users, the backhauling link connects the airborne/space-borne base station to the core network. For wireless access, the typical choice before 5G cellular systems was the use of the sub-6 GHz spectrum.

What are the benefits of MMW base stations?

Deploying MMW base stations within sub-6 GHz coverage areas reduces transmission latency and enhances the system’s ability to support high-speed access and low-latency services. Furthermore, the use of multiple carrier frequencies improves the performance and scalability of 5G systems.

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