How can we calculate the SINR equation for inter cell beam interference?
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The SINR equation for intercell beam interference can be calculated using various methods. One approach is to derive the rigorous expression for the SINR of both downlink and uplink in the scenario of an unlimited number of antennas at base stations . Another method involves characterizing the cumulative distribution function of the resulting signal to interference ratio (SIR) and deriving a simple closed form expression for the cdf of the SINR . Additionally, intercell interference modeling methods can be used to analyze multiple interfering signals under different fading scenarios and calculate the probability density function of the power of the interference signals . Furthermore, downtilt coordination information of local and neighbor cells can be utilized to set the downtilt of time-frequency resource blocks on antennas, avoiding interference on user equipment while ensuring signal received power and SINR experience . Finally, a method to transceive signals of a terminal can involve calculating the expectation of SINR and selecting a beam-forming method based on the calculated expectation .
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4 Citations | The paper does not provide specific information on calculating the SINR equation for inter-cell beam interference. |
| The paper does not provide specific information on calculating the SINR equation for inter-cell beam interference. | |
06 Jul 2008 1 Citations | The paper does not provide a specific equation for calculating the SINR for intercell beam interference. |
497 Citations | The paper provides the expression for SINR in the scenario of inter-cell beam interference in cellular networks with an unlimited number of antennas. |
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