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[confirm_matrix,confirm_meas,confirm_meas_total]=function f_confirm_measure(c,cl_element_total,cl_matrix,measurement,mes_total,u);%该函数用于确定该聚中所有量测 %确认聚中所有量测以及形成该聚的确认矩阵 temp1=[]; temp2=zeros(mes_tota

[graph_2] Measurement_0=vuser_init_Transaction,37 GraphType=es_tr_tprange_fail Measurement_num=1 [General] GraphsNumber=3 Version=1 ScenarioStartTime=1068977870 ScenarioDuration=3 [graph_0]

function [st_channelGrid,st_testConfig,st_mobileStations,MobileIdCnt,st_baseStation,st_measurement]= update_mobile_structres_before_frame_g_fac_no_fsf(st_testConfig,st_channelGrid,st_mobileStations,Mo

% MOM_for_Antenna.m % 本函数用于实现用矩量法和海伦积分方程球解对称天线电流分布 % % wave_length_value 波长 % measurement 物体电尺寸 % v0 电压常数 % count_point 待求点数 % range 求解的天线归一化长度 % a 导体半径 % k 波数 % l 天线长度 % ste

[confirm_matrix,confirm_meas,confirm_meas_total]=function f_confirm_measure(c,cl_element_total,cl_matrix,measurement,mes_total,u);%该函数用于确定该聚中所有量测 %确认聚中所有量测以及形成该聚的确认矩阵 temp1=[]; temp2=zeros(mes_tota

function [st_channelGrid,st_testConfig,st_mobileStations,MobileIdCnt,st_baseStation,st_measurement]= update_mobile_structres_before_frame_g_fac_no_fsf(st_testConfig,st_channelGrid,st_mobileStations,Mo

/* * fcyc.h - prototypes for the routines in fcyc.c that estimate the * time in CPU cycles used by a test function f * * Copyright (c) 2002, R. Bryant and D. O'Hallaron, All rights reserved.

/* * fcyc.h - prototypes for the routines in fcyc.c that estimate the * time in CPU cycles used by a test function f * * Copyright (c) 2002, R. Bryant and D. O'Hallaron, All rights reserved.

% MOM_for_Antenna.m % 本函数用于实现用矩量法和海伦积分方程球解对称天线电流分布 % 编程人 沙威(Wei Sha) 安徽大学(Anhui University) ws108@ahu.edu.cn % wave_length_value 波长 % measurement 物体电尺寸 % v0 电压常数 % count_point 待求点数

[confirm_matrix,confirm_meas,confirm_meas_total]=function f_confirm_measure(c,cl_element_total,cl_matrix,measurement,mes_total,u);%该函数用于确定该聚中所有量测 %确认聚中所有量测以及形成该聚的确认矩阵 temp1=[]; temp2=zeros(mes_tota