Energy Efficient Network Deployment With Cell DTX
| Title | Energy Efficient Network Deployment With Cell DTX |
| Publication Type | Journal Article |
| Year of Publication | 2014 |
| Authors | Tombaz, S., Sang-wook Han, Ki Won Sung, Zander, J. |
| Journal | Communications Letters, IEEE |
| Volume | 18 |
| Pagination | 977-980 |
| Date Published | June |
| ISSN | 1089-7798 |
| Keywords | base station, cell discontinuous transmission, cell DTX, cell load, cellular radio, energy consumption, Energy efficiency, energy efficient network deployment, Interference, Load modeling, maximum achievable energy saving, network deployment, Planning, Power demand, quality of service, sleep mode operations, telecommunication power management, traffic profile, traffic variation, Vectors |
| Abstract | Cell discontinuous transmission (DTX) is a new feature that enables sleep mode operations at base station (BS) side during the transmission time intervals when there is no traffic. In this letter, we analyze the maximum achievable energy saving of the cell DTX. We incorporate the cell DTX with a clean-slate network deployment and obtain optimal BS density for lowest energy consumption satisfying a certain quality of service requirement considering daily traffic variation. The numerical result indicates that the fast traffic adaptation capability of cell DTX favors dense network deployment with lightly loaded cells, which brings about considerable improvement in energy saving. |
| DOI | 10.1109/LCOMM.2014.2323960 |
| Citation Key | 6815652 |
- maximum achievable energy saving
- Vectors
- traffic variation
- traffic profile
- telecommunication power management
- sleep mode operations
- quality of service
- Power demand
- Planning
- network deployment
- base station
- Load modeling
- Interference
- energy efficient network deployment
- Energy Efficiency
- energy consumption
- cellular radio
- cell load
- cell DTX
- cell discontinuous transmission