Description: Due to the self-interference and interuser interference, the problem is coupled between uplink and
downlink channels, and can be formulated as joint uplink and
downlink sum-rate maximization. As the problem is non-convex,
an iterative algorithm is proposed based on game theory by
modelling the problem as a noncooperative game between the
uplink and downlink channels.
To Search:
File list (Check if you may need any files):
| Filename | Size | Date |
|---|
| 基于博弈论的全双工系统无线资源分配 | 0 | 2016-08-10
|
| 基于博弈论的全双工系统无线资源分配\.gitattributes | 378 | 2016-08-10
|
| 基于博弈论的全双工系统无线资源分配\.gitignore | 649 | 2016-08-10
|
| 基于博弈论的全双工系统无线资源分配\distance.mat | 2895 | 2016-08-10
|
| 基于博弈论的全双工系统无线资源分配\finalpower.mat | 319 | 2016-08-10
|
| 基于博弈论的全双工系统无线资源分配\fullduplex.m | 3025 | 2016-08-10
|
| 基于博弈论的全双工系统无线资源分配\gain.mat | 4235 | 2016-08-10
|
| 基于博弈论的全双工系统无线资源分配\halfduplex.m | 1224 | 2016-08-10
|
| 基于博弈论的全双工系统无线资源分配\sic.m | 635 | 2016-08-10
|
| 基于博弈论的全双工系统无线资源分配\values.m | 245 | 2016-08-10 |
Download