The purpose of LTE-A technology is to provide high spectral efficiency, lower delay and
stronger intercell interference control for a multi-user environment. The architecture of LTE …

Aim: The 5G LTE-Advanced (LTE-A) intended to provide increased peak data rates for the
mobile users with the use of Carrier Aggregation (CA) technology. Due to need of …

Growing of time-sensitive applications such as streaming multimedia, voice over IP and
online gaming required strongly support from mobile communication technology. So, the …

In LTE, resource scheduling algorithm is one of the key parameters that determine the
overall system and UE performances in terms of throughput and fairness respectively …

In 3GPP LTE OFDMA cellular systems, radio resource scheduling schemes are significant
processes in which the available scarce and prohibitively expensive radio resources are …

ABSTRACT The Proportional Fair (PF) scheduling technique is well known technique that is
used to schedule radio resources at the mobile base station to the end-users. An efficient …

Scheduling is the process of dynamically allocating physical resources to User Equipment
(UE) based on scheduling algorithms implemented at the LTE base station. Various …

The main aim of long term evolution is to provide very high rate for downlink and uplink,
better multimedia services and more user flexibility than the current cellular networks. There …

Radio resource allocation is a crucial task in the LTE networks. To increase the overall user
experience, an efficient radio resource allocation algorithm should be utilized. In this work, a …

Long term evolution is standardized by the 3rd Generation Partnership Project to provide a
high data rate up to 100 and 50 Mbps for downlink and uplink transmission respectively and …