PROJECT TITLE :

System-Level Performance of Interference Alignment

ABSTRACT:

Capitalizing on the analytical potency of stochastic geometry and on some new ideas to model intercell interference, this paper presents analytical expressions that enable quantifying the spectral efficiency of interference alignment (IA) in cellular networks without the need for simulation. From these expressions, the benefits of IA are characterized. Even under favorable assumptions, IA is found to be beneficial only in very specific and relatively infrequent network situations, and a blanket utilization of IA is found to be altogether detrimental. Applied only in the appropriate situations, IA does bring about benefits that are significant for the users involved but relatively small in terms of average spectral efficiency for the entire system.


Did you like this research project?

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


PROJECT TITLE :Energy-Efficient Transmissions for Green Base Stations With a Novel Carrier Activation Algorithm: A System-Level PerspectiveABSTRACT:A base station (BS) that allows multiple component carriers (CCs) to be jointly
PROJECT TITLE :Dynamic Reliability Assessment for Multi-State Systems Utilizing System-Level Inspection DataABSTRACT:Ancient time-based mostly reliability assessment ways evaluate the reliability of a multi-state system (MSS)
PROJECT TITLE :Stochastic Geometry Modeling and System-Level Analysis & Optimization of Relay-Aided Downlink Cellular NetworksABSTRACT:In this paper, a tractable mathematical framework for the analysis and optimization of 2-hop
PROJECT TITLE :Overview of Wireless Microphones—Part II: Frequency Bands, Interference, and RegulationABSTRACT:Most wireless microphones operate on vacant tv broadcasting channels within the terribly high frequency and ultrahigh
PROJECT TITLE :System-level assertions: approach for electronic system-level verificationABSTRACT:As design of digital systems become additional advanced and more transistors are incorporated into a single chip, design and verification

Ready to Complete Your Academic MTech Project Work In Affordable Price ?

Project Enquiry