In the rapidly evolving landscape of LTE networks, achieving efficient Quality of Service
(QoS) while ensuring seamless handovers and optimal Load balancing poses a significant …

Post third generation (3G) broadband mobile networks such as HSPA+, LTE and LTE-
Advanced offer improved spectral efficiency and higher data rates using innovative …

LTE (Long Term Evolution) is a 4G cellular network technology that provides improved
performance in terms of data rate, coverage and capacity compared to other cellular …

Vertical handover decision (VHD) is a complex strategy in heterogeneous wireless networks
because of its significance on network application and performance. The mechanism …

Vertical handover increase critical significance because of the improvements in versatility
models by the Fifth Generation (5G) advancements. A handover choice plan in LTE …

High data rates in long-term evolution (LTE) networks can affect the mobility of networks and
their performance. The speed and motion of user equipment (UE) can compromise …

Small cells are deployed in the long-term evolution—advanced (LTE-A) data standard to
satisfy rapidly increasing data rates at hotspots and enhance coverage in buildings. Small …

The recently emerging fourth generation networks, notably LTE-Advanced, are expected to
meet the requirements of higher bit rates with excellent quality of service. The expansion …

Handover decision-based establishment of access point plays a vital role in LTE networks.
For making a proper handover decision it is essential to implement various techniques. This …

With the increasing demand on data rate in 5G mobile networks, the deployment of small
cells such as Femto Access Points (FAP) and device-device (D2D) communications in …