Conservation of Mobile Energy and Optimum Usage of Radio Resources in Cellular Networks Idle Leverage

Abstract

While assessing the nature of cellular networks, it is noticed that inactivity timers are employed to control the release of radio assets. It is commonly noticed that there is disruption during the period of inactivity timers. This disruption is called Tail time. This results in the wastage of a large proportion of energy in client gadgets and a lot of radio assets. This research study proposes that this problem called Tail time can be overcome by employing a technique known as Idle Leverage. This Idle Leverage is for batching and prefetching which in turn would reduce energy consumption. Idle Leverage provides a customized application programming interface to distinguish requests and then schedules delay tolerant and prefetchable requests in the Tail time to save energy. Idle Leverage utilizes a virtual Tail time mechanism to identify the amount of Tail time that can be used and a dual queue scheduling algorithm to schedule transmissions. This research study implements Idle Leverage in the Network Simulator with a model for estimating energy consumption that is based on parameters measured from handsets. As a result of this experiment, it has been proved that Idle Leverage can achieve significant savings on battery energy and avoid wastage in the case of radio assets. As per assessment 70% of savings has been achieved in mobile battery energy, and it dedicates radio assets up to 60%, compared to the existing system.