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ver the last two decades, wireless and particu-larly mobile communications have become increasingly popular with consumers. However, the extensive growth in the number of users, new products and services, and rising service usage times are resulting in increased demand for energy consumption in cel-lular networks. From an operation point of view, a...
Context in source publication
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... insight into the energy consumed to operate mobile telephony services reveals that only around 10 percent of the entire consumption is associated with the end-user equipment, while the remaining 90 percent is taken up by net- work components [3], of which around two thirds is used by the base stations (BSs) (Fig. ...
Citations
... The local communication today is still quite limited, but with the 11 advent of wearable devices, such as smart watches, and augmented reality devices, this is expected to change. This environment will be a fertile ground for new innovative applications that sense and interact with users in myriad ways; however, it also presents many challenges including energy efficiency, user interaction, security, software configuration, and communications [75,78]. ...
... The end users would not consider purchasing an application that drains their battery in one hour if there are competing applications that work much longer. Therefore the mobile developer is interested in ensuring that the overall energy consumption of the application is in line with expectations and that there are no energy-or performance-related software bugs[75,78]. is regarded as one of the key enablers to shape the future intelligent wireless networks. The rationale behind edge computing is that cloud computing can be carried out at the edge of wireless networks, to offload computing tasks of user equipment (UE) and prolong their battery lifetime. ...
