WebConsidering that the purpose of introducing the eType II codebook in R16 is to reduce the overhead of the Type II codebook, it was decided at the RAN1#96bis meeting that … Web36.211 Table 6.3.4.2.3-1: Codebook for transmission on antenna ports {0,1} and for CSI reporting based on antenna ports {0,1} or {15,16} The index of each matrix in this codebook is represented by the location of 6 bit binary number as indicated as below. The order of the 6 bit number is a5 a4 a3 a2 a1 a0.
Overhead Reduction of NR type II CSI for NR Release 16
WebIn addition, for Type I codebooks, NR also supports CSI feedback for multipanel antenna arrays. The Type I codebook in NR is designed for SU- or MU-MIMO operation having moderate CSI feedback overhead and relatively low UE complexity to decide the preferred precoder. Both 1D and 2D antenna port layouts are supported with 2, 4, 8, 12, 16, 24 ... WebIn particular, two types of codebooks (namely Type I and Type II codebooks) are introduced with different resolution and overhead. Although the Type I codebook based scheme requires lower feedback overhead, its channel state information (CSI) reconstruction and beamforming performance are not as good as those from the Type II codebook based … afspa provisions
5G NR Downlink CSI Reporting - MATLAB & Simulink
WebCodebook based: gNB indicates the uplink beam direction and precoding to the UE ... (CSI) types are supported in NR Type-I which is optimized for Single User MIMO transmission with smaller uplink overhead Type-II which is optimized for Multi-User MIMO transmission with finer channel information and WebThe type II codebook based CSI feedback also reports wideband and subband polarization information for the selected beams, thereby enabling more accurate CSI to be obtained. This in turn provides improved precoded MIMO transmission through the network. WebAug 20, 2024 · Moreover, Type-2 codebook based CSI feedback reports the wideband and subband amplitude information of the selected beams. As a result, it is envisioned that … lk階段ベーシック