Simulation of Uplink Cell Capacity in CDMA Systems Under Ideal Power Control Conditions
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This article presents a simulation of uplink cell capacity in CDMA systems under ideal power control conditions. The simulation considers specific CDMA system parameters and configurations to evaluate uplink cell capacity through computational modeling. The implementation includes algorithms for ideal power control where transmit powers are adjusted to maintain constant received power levels at the base station, while accounting for interference calculations using orthogonal code sequences. Key functions handle user distribution, signal-to-interference ratio (SIR) computation, and capacity threshold determination based on outage probability. Through this simulation, we gain better understanding of CDMA system performance under ideal power control conditions, providing references and foundations for further research and optimization of wireless network capacity.
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