Power management mechanism in Long Term Evolution (LTE) networks depends on the
interval and position of the short Discontinuous Reception (DRX) period, long DRX period …

The revolution and advancement in communication field necessitates the user equipment
(UE) to have least power consumption, reduced latency, enhanced life time and better QoS …

Long Term Evolution (LTE) is being widely deployed to support real-time applications, such
as voice over IP and video games. These power consuming applications require low latency …

The 3GPP Long Term Evolution (LTE) wireless technology provides high data rates and
improved latency to the end users. Such improvement is obtained from the advanced MAC …

The long term evolution (LTE) networks provide high data rate access to support multi-media
services at the expense of more power consumption in user equipment (UE). Discontinuous …

Discontinuous Reception (DRX) operation is specified by Long Term Evolution (LTE) for
power saving of user equipment (UE). In this paper, we evaluate the performance in terms of …

The Long Term Evolution (LTE) standard specifies the Discontinuous Reception Mechanism
(DRX) mechanism for saving power at the User Equipment (UE). Here, a UE switches off its …

In Long Term Evolution (LTE) higher data rates have been achieved by using higher order
modulation techniques such as 64-QAM., MIMO techniques and so on that require …

This paper presents an analytical model, based on a semi-Markov process, for determining
the power savings achieved in a User Equipment (UE) device of a Long Term Evolution …

Long Term Evolution (LTE) of 3GPP provides high bandwidth for data transfer. Having high
bandwidth transfer will exhaust the user equipment (UE)'s battery power quickly. To extend …