2884990.rar_drawnguz_windows mobile

% tdscdmasys.m: 系统参数和初始化 % % contais all the system realated paramters needed. % also contais all the frequently changed system and control paramters needed % 毕海 % 2005.1.29 % Version 1 % %%%%%%%%%%%%%%%%%%%%%%% general %%%%%%%%%%%%%%%%%%%%%% frequency = 2000; %MHz channelSpacing = 1.6e6; %Hz channelOffset = 1; %Offset for the second carrier (multiple of the channelSpacing) W = 1.28e6; %Hz - CDMA bandwidth %%%%%%%%%%%%%%%%% BS parameters %%%%%%%%%%%%%%%%%%%%%% BS_noise_figure = 5; % dB Thermal_noise_density = -174;% dBm/Hz %%%%%%%%%%%%%%%%%% MS parameters %%%%%%%%%%%%%%%%%%%%% msHeight = 1.5; %m MS_noise_figure = 7; %dB %%%%%%%%%%%%%%%%%%%%%%% general %%%%%%%%%%%%%%%%%%%%%% %following parameters are fixed but could be as well BS or MS %specific if different classes of BSs or MSs exist BStype = [1]; % 1 for omni BS, 2 for 3 sector BS WraparoundCircle = [3]; % 2 stands for 7, 3 stands for 19 BS, 4 stands for 37 BSspace = 2000; %following values are from 3GPP 25.102 and 25.105 acsFilterUL = [49]; %channel offset 1, (BS selectivity), channel 2 not spec. acsFilterDL = [33]; %channel offset 1, (MS selectivity), channel 2 not spec. aclrFilterDL = [40 45]; %channel offset 1, channel offset 2 (BS leakage) aclrFilterUL = [33 43]; %channel offset 1, channel offset 2 (MS leakage) couplingLossBS = [70]; % coupling loss for BS couplingLossUE = [53]; % coupling loss for UE couplingLossLocalArea = [45]; % coupling loss for both BS and UE when used for Local Area %following values are from "hat" acMinPowUL = -55; %dBm <- JNu acMinPowDL = -55; %dBm acMinPowUL = -999; %dBm acMinPowDL = -999; %dBm %%%%%%%%%%%%%%%%%%%%%%%%%%%% propagation related %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% pathlossModel = 1; % 1: Okumura Hata % 2: UMTS pedestrian (micro) deltaHb = 15; %(needed with 2) % 3: UMTS vehicular (macro) % 4: UMTS vehicular with hb = 15m, f = 2000 MHz % 5: OH with hb = 35 m % 6: single slope model; slope = 40 dB/dec. % 7: Linkloss data from nps/x % 8: Linkloss data from nps/x (vector data displayed) useImportedAntennaInfo = 0; % 0: don't use antenna type/dir./tilt from NPSX, keep old % (antenna in NPSX should have been isotropic) % 1: use antenna type/dir./tilt from NPSX sigmaLogNorm = 3; % standard deviation for the log normal fading [dB] sectCorr = 0.8; % fading correlation between sectors at same cell siteCorr = 0.5; % fading correlation between sectors at different cell mobilestationAntennaGain = 3; % dBi mobilestationBodyLoss = 3; % dB area_correction = [0]; % dB - 0 for urban, % -3 for dense urban, % 8 for suburban.... antennaHeight = 35; % 米 MinMCL = 70; % dB %%%%%%%%%%%%%%%%5%%%%%%%%%%%%%%%%%% power and antenna related %%%%%%%%%%%%%%%%%%%%%%% maxBSOneAntennaPower = 25; % dBm numAntenna = 8; AntennaGain = 14; maxclass1MSpower = 21; maxclass2MSpower = 24; maxclass3MSpower = 30; Pccpchpower = 27; % dBm, for one code channel Dwpchpower = 27; % dBm,