It is possible to improve the spectral efficiency of cellular systems by dynamically repartitioning the available bandwidth between different interfering ...
It is possible to improve the spectral efficiency of cellular systems by dynamically repartitioning the available bandwidth between different interfering ...
This work investigates the problem of maximizing the expected system throughput in a two-sector area by dynamic bandwidth partitioning between two ...
It is possible to improve the spectral efficiency of cellular systems by dynamically repartitioning the available bandwidth between different interfering ...
Dynamic Reuse Partitioning Within Cells Based on Local Channel and Arrival Rate Fluctuations. Mathias Johansson, Dirac Research AB.
In this paper we use a discrete event simulation to demonstrate that DCA with Autonomous. Reuse Partitioning (ARP) provides more capacity than standard DCA; ...
JOHANSSON: "Dynamic Reuse Partitioning Within Cells Based on Local Channel and Arrival Rate Fluctuations" IEEE TRANSACTIONS ON VEHICULAR TECHNOLOGY, vol. 57 ...
Reuse Partitioning based Channel Allocation. ▫ Each cell is divided into concentric zones. ▫ Inner zone being closer to BS would require lesser power to.
Frequency reuse refers to the technique of assigning channels to different cells in order to efficiently utilize the limited frequency spectrum available.
The goal is to utilise the REM based predictions such as path loss and fading variance parameters in order to optimise the strategy FFR for partitioning in a ...