Joint trajectory design and resource allocation for energy-efficient UAV enabled eLAA network
C Xu, Q Chen, D Li - ICC 2019-2019 IEEE International …, 2019 - ieeexplore.ieee.org
Using small cell base station (SBS) with unmanned aerial vehicle (UAV) as a carrier
becomes a promising solution for areas with high-density mobile users. On the other hand,
5G network would apply the LTE technology into the unlicensed spectrum, named Licensed-
assisted Access (LAA), due to the limitation of licensed band. In this paper, we propose to
utilize LAA technology into the UAV to expand available transmission band. By focusing on
the transmission experience of very important (VIP) users, we propose an enhanced LAA …
becomes a promising solution for areas with high-density mobile users. On the other hand,
5G network would apply the LTE technology into the unlicensed spectrum, named Licensed-
assisted Access (LAA), due to the limitation of licensed band. In this paper, we propose to
utilize LAA technology into the UAV to expand available transmission band. By focusing on
the transmission experience of very important (VIP) users, we propose an enhanced LAA …
[CITATION][C] Joint trajectory design and resource allocation for energy-efficient UAV enabled eLAA network [C]
XU Chan, C Qimei, LI Deshi - 2019 IEEE International Conference on …, 2019
Showing the best results for this search. See all results