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Fog-Mobile Edge

Adeyemo Temitope T

Abstract


An emerging field of study called network analysis and optimization calls for a variety of entities, such as resource management, performance analysis, privacy-oriented evaluation, and increased availability. The dynamic advancements in technological edges contribute to smart innovation, such as smart cities and smart homes, by increasing availability, reducing latency, and increasing connectivity of devices that provide and control network resource management. In this paper, we look at how the Internet of Things (IoT)'s mobile edge computing affects the network's service quality in the same way that other computing fields do. Erlang formulas based on various assumptions during data transmission comprise the Erlang Performance Model (EPM), which we offer as an additional performance model. Using mathematical calculations of virtual parameters, the article provides a comprehensive understanding of queuing theories related to the field of First-In-First-Out (FIFO) in mobile edge networks. The paper demonstrated that Erlang equations could be on the other hand utilized in planning execution models as we showed. Analyzing performance results in less congestion and traffic during data transmission, improved grade and quality of service determination for users and smart communication providers, according to simulated MATLAB results.


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References


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