Add to ORKGSelf-organizing network is a new capability envisioned for the near-future wireless cellular networks. Among the different use cases, here we tackle the coverage optimization with the objective of adjusting the power devoted for the pilot signal as a function of the load of the different small Node Bs (SNBs). The optimization is done with the objective of minimizing the total transmitted power for the pilot signals in the network, leading to a switch on/off SNBs solution as a particular case. In this paper we present a decentralized algorithm that is executed at UEs and SNBs, exploiting the messages reported by UEs.Peer Reviewe
AbstractSmall Cell Networks (SCNs) constitute a new promising way for increasing coverage, boosting ...
Network optimization is used by operators to maximize return on investment and to ensure customer sa...
With an ever-increasing number of user equipment (UE) and bandwidth demands of new applications, the...
Self-organizing network is a new capability envisioned for the near-future wireless cellular network...
The energy efficiency of a macrocell base station (MBS) can be substantially improved via the deploy...
The service provided by current mobile networks is not adapted to spatio-temporal fluctuations in tr...
The next generation networks seem to be too dense compared to the existing one, so a self-control me...
Reducing the energy consumption in wireless networks while maintaining the promised Long Term Evolut...
As higher performance is demanded in 5G networks, energy consumption in wireless networks increases ...
Abstract — Future mobile networks following Long Term Evolution (LTE) will be characterized by deman...
Future mobile networks have to be densified by employing small cells to handle the upsurge in traffi...
Abstract—We propose a new approach for jointly scheduling deep sleep and allocating pilot and data t...
In recent years, the explosion of wireless data traffic has resulted in a trend of large scale dense...
This paper addresses the challenge of how to reduce the energy consumption of a multi-cell network u...
© 2015, Fan et al.; licensee Springer. Explosive increase in mobile data traffic driven by the deman...
AbstractSmall Cell Networks (SCNs) constitute a new promising way for increasing coverage, boosting ...
Network optimization is used by operators to maximize return on investment and to ensure customer sa...
With an ever-increasing number of user equipment (UE) and bandwidth demands of new applications, the...
Self-organizing network is a new capability envisioned for the near-future wireless cellular network...
The energy efficiency of a macrocell base station (MBS) can be substantially improved via the deploy...
The service provided by current mobile networks is not adapted to spatio-temporal fluctuations in tr...
The next generation networks seem to be too dense compared to the existing one, so a self-control me...
Reducing the energy consumption in wireless networks while maintaining the promised Long Term Evolut...
As higher performance is demanded in 5G networks, energy consumption in wireless networks increases ...
Abstract — Future mobile networks following Long Term Evolution (LTE) will be characterized by deman...
Future mobile networks have to be densified by employing small cells to handle the upsurge in traffi...
Abstract—We propose a new approach for jointly scheduling deep sleep and allocating pilot and data t...
In recent years, the explosion of wireless data traffic has resulted in a trend of large scale dense...
This paper addresses the challenge of how to reduce the energy consumption of a multi-cell network u...
© 2015, Fan et al.; licensee Springer. Explosive increase in mobile data traffic driven by the deman...
AbstractSmall Cell Networks (SCNs) constitute a new promising way for increasing coverage, boosting ...
Network optimization is used by operators to maximize return on investment and to ensure customer sa...
With an ever-increasing number of user equipment (UE) and bandwidth demands of new applications, the...