Quick detection and accurate measurement of multiple cells surrounding the user equipment
(UE) are essential to ensure the mobility and QoS of end users. In LTE and LTE-A, multiple …

A new neighbor cell search algorithm for LTE/LTE-A systems is presented in this paper. To
improve the interference problem in channel estimation for coherent SSS detection in the …

Long term evolution (LTE) is considered to be a key technology for the next generation of
cellular telecommunications. In LTE systems, each user equipment (UE) detects the …

For the Long Term Evolution (LTE) system in 3rd Generation Partnership Project (3GPP), the
calculation of synchronization signal detection algorithm is very complex. According to the …

Long term evolution (LTE) is envisioned to be a key technology for the 4G wireless
communication. In LTE systems, each user (UE) detects the surrounding base stations by …

Robust cell search and synchronization are key to the performance of LTE and LTE
Advanced Systems. In this work, we propose efficient algorithms for synchronization-signal …

Cell isolation or the inter-cell interference is an important characteristic of radio networks.
The cell isolation together with link performance limits the achievable user throughput and …

In LTE-Advanced (LTE-A) and beyond networks, deploying complementary small cells on an
existing macro layer is recognized as an attractive solution to improve the network capacity …

Robust time and frequency synchronization is an essential requirement for a successful cell
search in cellular networks like LTE (Long Term Evolution). High level of co-channel …

In LTE system, in order to access the network, user equipment (UE) should detect the
primary synchronization signal (PSS) and secondary synchronization signal (SSS) in …