A stochastic geometry based two-stage energy consumption minimization strategy via sleep mode with QoS constraint
With the ever-increasing demand for data traffic, high dense cellular networks are gaining
extensive attention. But at the same time dense deployment of small cells results in high …
extensive attention. But at the same time dense deployment of small cells results in high …
Stochastic geometry based energy-efficient base station density optimization in cellular networks
In the research of green networks, considering the base station (BS) density from the
perspective of energy efficiency is very meaningful for both network deployment and BS …
perspective of energy efficiency is very meaningful for both network deployment and BS …
Dynamic sleep mode strategies in energy efficient cellular networks
Switching off base stations (BSs) when the activity in the cell is relatively low, often referred
to as cell sleeping, is one possible method of reducing energy consumption in macrocellular …
to as cell sleeping, is one possible method of reducing energy consumption in macrocellular …
Sleep mode mechanisms in dense small cell networks
Data traffic continues to increase exponentially and operators are continuously upgrading
their networks to meet this demand. The resulting capital and operational expenditures have …
their networks to meet this demand. The resulting capital and operational expenditures have …
Joint optimization for base station density and user association in energy-efficient cellular networks
In the research of green networks, considering the base station (BS) density from the
perspective of energy efficiency is very meaningful for both network deployment and BS …
perspective of energy efficiency is very meaningful for both network deployment and BS …
Traffic-aware network planning and green operation with BS sleeping and cell zooming
The traffic load of cellular networks varies in both time and spatial domains, causing many
base stations (BS) to be under-utilized. Assisted by cell zooming, dynamic BS sleep control …
base stations (BS) to be under-utilized. Assisted by cell zooming, dynamic BS sleep control …
Optimization of base-station density for high energy-efficient cellular networks with sleeping strategies
L Li, M Peng, C Yang, Y Wu - IEEE Transactions on Vehicular …, 2015 - ieeexplore.ieee.org
The base station (BS) density configuration is a crucial factor in improving energy efficiency
(EE) in cellular networks, particularly when the sleeping strategy is used to reduce energy …
(EE) in cellular networks, particularly when the sleeping strategy is used to reduce energy …
Small cell base station sleep strategies for energy efficiency
Small cell networks offer a promising and viable approach to meeting the increasing
demand for high-data-rate wireless applications. With the expected increase in the number …
demand for high-data-rate wireless applications. With the expected increase in the number …
Energy efficient optimization of a sleep mode strategy in heterogeneous cellular networks
As base stations (BS) are responsible for the large amount of energy consumed in cellular
networks, energy efficient BS sleep mode techniques have the potential to save a significant …
networks, energy efficient BS sleep mode techniques have the potential to save a significant …
Energy optimization of a cellular network with minimum bit-rate guarantee
Energy optimization in cellular networks has been studied using different perspectives in the
literature: sleep patterns, network interference, association of users and base stations …
literature: sleep patterns, network interference, association of users and base stations …