Measurement dataset and Matlab codes for the analysis of the wireless channel at the FR3 band at indoor and indoor corridor scenarios [Dataset]

Propagation through the laboratories The files named P1_medidas1_6_5_4096_2024-10-07-xxxxxx contains the channel frequency response, with dimensions of 1×5×5×4096×19 . The first dimension corresponds to the single transmitter antenna. The second and third dimensions (5×5) represent the receiver uniform rectangular array (URA). The fourth dimension contains the frequency samples measured by the VNA (4096). The fifth dimension (23) corresponds to the different positions at which the transmitting was placed in the laboratory (Lab_02_11). The correspondence between the measurement files and the transmitter positions inside the different laboratories is defined as follows: P1_medidas1_6_5_4096_2024-10-07-130934 Lab_02_11 P2_medidas1_6_5_4096_2024-10-07-134433 P3_medidas1_6_5_4096_2024-10-07-135429 Pos1_medidas1_6_5_4096_2024-10-10-160350%Lab_2_23 Pos2_medidas1_6_5_4096_2024-10-10-161621 Pos3_medidas1_6_5_4096_2024-10-10-162637 Pos4_medidas1_6_5_4096_2024-10-10-163537 Pos5_medidas1_6_5_4096_2024-10-10-164438 Pos6_medidas1_6_5_4096_2024-10-10-165238 Pos7_medidas1_6_5_4096_2024-10-10-170113 Pos8_medidas1_6_5_4096_2024-10-10-182938 Pos1_medidas1_6_5_4096_2024-10-10-171309 %lab_2_10 Pos2_medidas1_6_5_4096_2024-10-10-172127 Pos3_medidas1_6_5_4096_2024-10-10-172926 Pos4_medidas1_6_5_4096_2024-10-10-173812 Pos5_medidas1_6_5_4096_2024-10-10-174722 Pos6_medidas1_6_5_4096_2024-10-10-175615 Pos7_medidas1_6_5_4096_2024-10-10-180734 Pos8_medidas1_6_5_4096_2024-10-10-181756 The MATLAB script ELDI_partition_Loss_Full_BW computes the parameters of the FI with partition loss model across the entire FR3 bandwidth (7–24 GHz). The MATLAB script ELDI_partition_Loss_subbands computes the parameters of the FI with partition loss model for the FR3 sub-bands: (7.125–8.4 GHz, 10–10.5 GHz, 10.7–13.25 GHz, 14.8–15.35 GHz, and 21.2–23.6 GHz). Propagation along the corridor The files named P1_PC_medidas1_6_5_4096_2024-10-08-xxxxxx contains the channel frequency response, with dimensions of 1×5×5×4096×24 . The first dimension corresponds to the single transmitter antenna. The second and third dimensions (5×5) represent the receiver uniform rectangular array (URA). The fourth dimension contains the frequency samples measured by the VNA (4096). The fifth dimension (24) corresponds to the different positions at which the transmitting was placed along the corridor. The correspondence between the measurement files and the transmitter positions along the corridor is defined as follows: P1_PC_medidas1_6_5_4096_2024-10-08-103450 Tx pos. 1 P2_PC_medidas1_6_5_4096_2024-10-08-105003 Tx pos. 2 P3_PC_medidas1_6_5_4096_2024-10-08-110545 Tx pos. 3 P4_PC_medidas1_6_5_4096_2024-10-08-112110 Tx pos. 4 P5_PC_medidas1_6_5_4096_2024-10-08-113534 Tx pos. 5 P6_PC_medidas1_6_5_4096_2024-10-08-115011 Tx pos. 6 P7_PC_medidas1_6_5_4096_2024-10-08-120556 Tx pos. 7 P8_PC_medidas1_6_5_4096_2024-10-08-122717 Tx pos. 8 P9_PC_medidas1_6_5_4096_2024-10-08-124217 Tx pos. 9 P10_PC_medidas1_6_5_4096_2024-10-08-125957 Tx pos. 10 P11_PC_medidas1_6_5_4096_2024-10-08-153253 Tx pos. 11 P12_PC_medidas1_6_5_4096_2024-10-08-155009 Tx pos. 12 P13_PC_medidas1_6_5_4096_2024-10-08-160433 Tx pos. 13 P14_PC_medidas1_6_5_4096_2024-10-08-161839 Tx pos. 14 P15_PC_medidas1_6_5_4096_2024-10-08-163704 Tx pos. 15 P16_PC_medidas1_6_5_4096_2024-10-08-165323 Tx pos. 16 P17_PC_medidas1_6_5_4096_2024-10-08-170828 Tx pos. 17 P18_PC_medidas1_6_5_4096_2024-10-08-133236 Tx pos. 18 P19_PC_medidas1_6_5_4096_2024-10-08-172615 Tx pos. 19 P20_PC_medidas1_6_5_4096_2024-10-08-174148 Tx pos. 20 P21_PC_medidas1_6_5_4096_2024-10-08-175618 Tx pos. 21 P22_PC_medidas1_6_5_4096_2024-10-08-181148 Tx pos. 22 P23_PC_medidas1_6_5_4096_2024-10-08-182903 Tx pos. 23 P24_PC_medidas1_6_5_4096_2024-10-08-184431 Tx pos. 24 The MATLAB script ELDI_PC computes the parameters of the partition FI model across the entire FR3 bandwidth (7–24 GHz) for the corridor scenario. Functions The function calcula_L_Wall_FI computes the parameters of the partition FI loss model. The function calcula_L_Wall_CI computes the parameters of the partition CI loss model. The function coherence_bandwidth_frequency computes the coherence bandwidth.