Network synchronization for dense small cell networks

PROJECT TITLE :

Network synchronization for dense small cell networks

ABSTRACT:

Although the event of the following generation (i.e., 5G) of wireless networks is in its initial section, it's widely agreed that some key technologies can play a important role in the conclusion of 5G, like millimeter waves, large MIMO, little cells, and new radio air interfaces. Among these, densely deployed small cell networks are believed to be one in every of the foremost practical solutions to the 5G promise of really ubiquitous mobile broadband. But, synchronization between densely deployed little cells is the key to the materialization of the benefits a little cell network promises, and is one in all the foremost challenging problems of tiny cell networks. In this text, we have a tendency to overview the existing network synchronization techniques and address their limitations in little cell network deployment environments. There are two primary synchronization techniques in nowadays's Communication networks. GNSS provides the most correct synchronization accuracy. However, due to environmental and price limitations, GNSS could not be accessible in some small cell deployment scenarios (e.g., indoors). Another synchronization technique is IEEE 158eight, the accuracy of which depends highly on backhaul conditions. We tend to thus study the feasibility of a radio-interface- based mostly solution as a sensible different to the synchronization problem of a dense little cell network with an application to LTE.

Did you like this research project?

To get this research project Guidelines, Training and Code... Click Here