EMF-Aware Cell Selection in Heterogeneous Cellular Networks

Assignment Task 

Background and Context

Since the advent of wireless communications, there has been an increase in the ubiquity of mobile devices and network infrastructure which communicate by emitting modified electromagnetic radiation from the transmitter to the receiver. It is said that by 2020, the will be about 25 Billion connected devices. There is also an increased demand for mobile data at high rates and this is a major metric for measuring user satisfaction. This has led to a need for the deployment of more network infrastructure and an evolution of existing network architecture to achieve higher data rates and to accommodate the increasing demand for network access.

Objectives

This work analyses optimum cell association schemes and their performances within various scenarios by simulating traditional cell association schemes and comparing the results with EMF-aware cell association schemes. We aim to explore previously unexplored methodologies and provide recommendations based on findings from these experiments. To do this, the specific objectives that we will seek to achieve are outlined below:

1. Evaluate existing literature and works on various cell association schemes. The specific focus will be on existing EMF-aware cell association schemes.

2. Simulate experiments and results of existing cell association schemes.

3. Improve on existing research on EMF-aware cell association by using different approaches and gleaning from current approaches in the literature.

4. Provide recommendations of feasible EMF-aware cell association schemes based on the findings from various experiments.

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