Abstract:
LTE-A heterogeneous networks enable smart meters, remote sensors, and vehicular applications by providing reliable and service-differentiated communication. IoT will underpin heterogeneous small cell networks.
This project proposes an energy-efficient framework for multitier heterogeneous small cell networks to connect mobile users and IoT nodes wirelessly and seamlessly. In our framework, an elastic cell-zooming algorithm based on end-user quality of service and traffic loads adjusts small cell transmission power to reduce energy consumption.
A clustering-based IoT structure is used to maximize the average residual energy of IoT nodes and mitigate resource competition between IoT nodes and mobile users. Our framework improves energy efficiency for IoT underlaying small cell networks with guaranteed outage probability, according to extensive simulations.
Note: Please discuss with our team before submitting this abstract to the college. This Abstract or Synopsis varies based on student project requirements.
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