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Hi, I‘m trying to understand the calculation method of SINR in m_l3sinrMap, which is reported to RIC.
I think a part of code is in function void MmWaveEnbPhy::UpdateUeSinrEstimate ().
According to my understanding, the SINR/SNR here is just estimated based on available information and not actually measured.
I’m still a bit confused about the specific meaning of the code.
Is the SINR here(in m_l3sinrMap) for uplink or the downlink?
Will taking interference into account(using SpectrumValue sinr = *(ue->second) / (*noisePsd + interference); instead of SpectrumValue sinr = *(ue->second) / (*noisePsd);) in void MmWaveEnbPhy::UpdateUeSinrEstimate () make SINR values more reasonable?
The text was updated successfully, but these errors were encountered:
Hi, I‘m trying to understand the calculation method of SINR in
m_l3sinrMap
, which is reported to RIC.I think a part of code is in function
void MmWaveEnbPhy::UpdateUeSinrEstimate ()
.According to my understanding, the SINR/SNR here is just estimated based on available information and not actually measured.
I’m still a bit confused about the specific meaning of the code.
m_l3sinrMap
) for uplink or the downlink?SpectrumValue sinr = *(ue->second) / (*noisePsd + interference);
instead ofSpectrumValue sinr = *(ue->second) / (*noisePsd);
) invoid MmWaveEnbPhy::UpdateUeSinrEstimate ()
make SINR values more reasonable?The text was updated successfully, but these errors were encountered: