An Optimal Time Constraint Algorithm For Energy Consumption In Hetrogeneous Mobile Networks
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Date
2024-02-25
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Publisher
International Journal of Intelligent Systems and Applications in Engineering (IJISAE)
Abstract
Ever-increasing information had led to a huge increase in mobile network energy consumption. Recent advancements in heterogeneous mobile networks and ground stations powered by renewable energy are present in the mobile communications sector. In this study, we explore the reasons, problems, and options for addressing the issue of lower electricity costs for these heterogeneous grids. With the variety of issues on traffic and energy consumption, low-cost electricity requires both spatially and temporally the allocation of resource optimization. Then it shows how to merge the improved green power time allocation and the dispersal of space cell traffic into a new approach. A proposed methodology is developed in four phases such as energy forecasting, customer association, green energy reallocation, and optimization. The whole optimization problem is broken down into four sub-problems. The results of the simulation show that the approach we propose may significantly reduce electricity prices.
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uGDX
Keywords
Heterogeneous Mobile Network, Optimization, Power consumption, Phtotovoltic energy, Spatial cellular traffic