An Analysis of Edge Communication Architectures for Ultra-Dense Fog Networks
Raghvendra Pratap Singh, Ghanshyam Mishra, Mahesh Kumar Singh, Sachin Jain · 2024
In ultra-dense fog networks, faceted conversation architectures are crucial because they provide low latency, high capacity, and electricity-green speech communication. Several component verbal exchange topologies, such as distributed antennas, mesh networks, and multi-hop ad hoc networks, have been the focus of recent research. Along with open mobile coverage, lower latency, and more potential, these also bring blessings. An overview of the benefits and drawbacks of the current nation of part verbal exchange architectures is provided in this study. We examine the three most well-known side communication designs and talk about how well they work overall in extraordinarily thick fog networks. We analyze the architectures with respect to strength performance, capability, latency, and coverage. While multi-hop advert hoc networks are better suited for excessive potential and energy efficiency, mesh networks provide a great way to distribute antennas for low latency and coverage. In general, it is important to understand the advantages and disadvantages of each structure in order to choose the best structure for an exceptionally thick fog network. We present a thorough examination of the various edge conversation architectures and suggest directions for further research.