Hamidreza Mirsalari - Academia.edu (original) (raw)
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Graduate Center of the City University of New York
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Papers by Hamidreza Mirsalari
Research Square (Research Square), May 8, 2024
In this paper, we are considering the implementable frequency allocation schemes (in OFDMbase sys... more In this paper, we are considering the implementable frequency allocation schemes (in OFDMbase systems as LTE or WiMax) performance, to support maximum capacity and least outage probability. Meantime, techniques combining strategy that called pre-produced code in LTE standard with a frequency allocation scheme, called cell region division, in perspective of interference control, especially in marginal areas of the cell will be considered. Simulation results indicate that rank 1 pre-code scheme base on MISO channel (according to what mentioned in the LTE standard) along with cell region division (to OFDM frequency carriers allocation) lead to the substantial gain in the total network capacity, under the different traffics.
Research Square (Research Square), May 8, 2024
In this paper, we are considering the implementable frequency allocation schemes (in OFDMbase sys... more In this paper, we are considering the implementable frequency allocation schemes (in OFDMbase systems as LTE or WiMax) performance, to support maximum capacity and least outage probability. Meantime, techniques combining strategy that called pre-produced code in LTE standard with a frequency allocation scheme, called cell region division, in perspective of interference control, especially in marginal areas of the cell will be considered. Simulation results indicate that rank 1 pre-code scheme base on MISO channel (according to what mentioned in the LTE standard) along with cell region division (to OFDM frequency carriers allocation) lead to the substantial gain in the total network capacity, under the different traffics.