name: MMSE-MRC
full_form: Minimum mean square error - maximal ratio combining
context: selection, since MMSE-MRC cannot reach 70% of maximum throughput - For MCS 19 â The performance gain cannot be estimated since MMSE-MRC cannot reach 70% of maximum throughput â¢ For RANK 2+2, 4T4R ULA low MIMO configuration - For MCS 13 â Under channel model TDLA30-10, the performance gain cannot be estimated since MMSE-MRC cannot reach 70% of maximum throughput â Under channel model TDLC300-100, the performance gain cannot be estimated with the assumption of Orthogonal PMI matrix selection, since MMSE-MRC cannot reach 70% of maximum throughput - For MCS 19 â Under channel model TDLA30-10, the performance gain cannot be estimated with the assumption of Orthogonal PMI matrix selection, since MMSE-MRC cannot reach 70% of maximum throughput â Under channel model TDLC300-100, MMSE-IRC cannot reach 70% of maximum throughput
description: Minimum Mean Square Error - Maximal Ratio Combining (MMSE-MRC) is a signal processing technique used to enhance the reliability and efficiency of data transmission in telecommunications. It optimizes the combination of signals received through multiple antennas (MIMO systems) to achieve better throughput and performance.
explanation: MMSE-MRC is classified as a Signal Processing Technique because it involves mathematical algorithms and processes applied to signals to improve their quality and effectiveness for communication purposes. The description emphasizes its application in optimizing signal reception and transmission.
section_title: 4.3.3Summary of link level evaluation
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