WhiteCell: Energy-efficient use of unlicensed frequency bands for cellular offloading
P Cui, M Tonnemacher, D Rajan… - 2015 IEEE International …, 2015 - ieeexplore.ieee.org
Cellular networks have addressed the multi-fold increase in traffic demand through various
approaches from increasingly smaller cells to offloading demand to unlicensed spectrum …
approaches from increasingly smaller cells to offloading demand to unlicensed spectrum …
[PDF][PDF] WhiteCell: Energy-Efficient Use of Unlicensed Frequency Bands for Cellular Offloading
P Cui, M Tonnemacher, D Rajan, J Camp - Citeseer
Cellular networks have addressed the multi-fold increase in traffic demand through various
approaches from increasingly smaller cells to offloading demand to unlicensed spectrum …
approaches from increasingly smaller cells to offloading demand to unlicensed spectrum …
[PDF][PDF] WhiteCell: Energy-Efficient Use of Unlicensed Frequency Bands for Cellular Offloading
P Cui, M Tonnemacher, D Rajan, J Camp - s2.smu.edu
Cellular networks have addressed the multi-fold increase in traffic demand through various
approaches from increasingly smaller cells to offloading demand to unlicensed spectrum …
approaches from increasingly smaller cells to offloading demand to unlicensed spectrum …
WhiteCell: Energy-efficient use of unlicensed frequency bands for cellular offloading
P Cui, M Tonnemacher, D Rajan, J Camp - 2015 IEEE International …, 2015 - dl.acm.org
Cellular networks have addressed the multi-fold increase in traffic demand through various
approaches from increasingly smaller cells to offloading demand to unlicensed spectrum …
approaches from increasingly smaller cells to offloading demand to unlicensed spectrum …
[PDF][PDF] WhiteCell: Energy-Efficient Use of Unlicensed Frequency Bands for Cellular Offloading
P Cui, M Tonnemacher, D Rajan, J Camp - researchgate.net
Cellular networks have addressed the multi-fold increase in traffic demand through various
approaches from increasingly smaller cells to offloading demand to unlicensed spectrum …
approaches from increasingly smaller cells to offloading demand to unlicensed spectrum …
[PDF][PDF] WhiteCell: Energy-Efficient Use of Unlicensed Frequency Bands for Cellular Offloading
P Cui, M Tonnemacher, D Rajan, J Camp - lyle.smu.edu
Cellular networks have addressed the multi-fold increase in traffic demand through various
approaches from increasingly smaller cells to offloading demand to unlicensed spectrum …
approaches from increasingly smaller cells to offloading demand to unlicensed spectrum …
WhiteCell: Energy-efficient use of unlicensed frequency bands for cellular offloading
P Cui, M Tonnemacher, D Rajan, J Camp - 2015 IEEE International Symposium … - infona.pl
Cellular networks have addressed the multi-fold increase in traffic demand through various
approaches from increasingly smaller cells to offloading demand to unlicensed spectrum …
approaches from increasingly smaller cells to offloading demand to unlicensed spectrum …
[PDF][PDF] WhiteCell: Energy-Efficient Use of Unlicensed Frequency Bands for Cellular Offloading
P Cui, M Tonnemacher, D Rajan, J Camp - scholar.archive.org
Cellular networks have addressed the multi-fold increase in traffic demand through various
approaches from increasingly smaller cells to offloading demand to unlicensed spectrum …
approaches from increasingly smaller cells to offloading demand to unlicensed spectrum …
[PDF][PDF] WhiteCell: Energy-Efficient Use of Unlicensed Frequency Bands for Cellular Offloading
P Cui, M Tonnemacher, D Rajan, J Camp - lyle.smu.edu
Cellular networks have addressed the multi-fold increase in traffic demand through various
approaches from increasingly smaller cells to offloading demand to unlicensed spectrum …
approaches from increasingly smaller cells to offloading demand to unlicensed spectrum …