代码搜索结果

function [e,ee]=fget_data_association_hypotheses(omega) [m,n]=size(omega); % point_layer=1;%深度优先算法层数指针 point_measurement=zeros(m,1);%量测和目标关联指针 point_measurement(1)=1;%设置第一个量测指针为一，即第一个量测和来自杂波

function [e,ee]=fget_data_association_hypotheses(omega) [m,n]=size(omega); point_layer=1;%深度优先算法层数指针 point_measurement=zeros(m,1);%量测和目标关联指针 point_measurement(1)=1; %设置第一个量测指针为一，即第一个量测和来自杂波

function [e,ee]=fget_data_association_hypotheses(omega) [m,n]=size(omega); % point_layer=1;%深度优先算法层数指针 point_measurement=zeros(m,1);%量测和目标关联指针 point_measurement(1)=1;%设置第一个量测指针为一，即第一个量测和来自杂波

function [x_rt,p_rt,d_rt]=f_get_xp(M,t,matrix,a,p,mes_total,measurement,r) x_rt=[]; p_rt=[]; d_rt=0;%该假设整个统计距离 temp1=zeros(3,3); for k=1:M index=sum(mes_total(1:k-1))+matrix(k);

% function [x, y, R] = CalcMeasCov2(r, theta, x1, y1, sigma_r, sigma_theta) % % Convert polar to Cartesian measurements with Covariance Matrix % % r ----- measured range % theta --- measured b

function [x_rt,p_rt,d_rt]=f_get_xp(M,t,matrix,a,p,mes_total,measurement,r) x_rt=[]; p_rt=[]; d_rt=0;%该假设整个统计距离 temp1=zeros(3,3); for k=1:M index=sum(mes_total(1:k-1))+matrix(k);

function [Z , nav , RY] = nav_measure(Y , map , R , Y_min , Y_max , X_min , X_max); % Retrieve true measurement and measurement covariance by bilinear % interpolation % % Usage % -

function [cnt_meas,st_measurement,st_mobileStations] = measurementGfactorNoHandOff(cnt_meas,st_channelGrid,st_measurement,st_baseStation,st_mobileStations,st_testConfig) % This function will measure

function [cnt_meas,st_measurement,st_mobileStations] = measurementGfactorNoHandOff(cnt_meas,st_channelGrid,st_measurement,st_baseStation,st_mobileStations,st_testConfig) % This function will measure

/* * $Id: pa_cpuload.c,v 1.1.2.14 2004/01/08 22:01:12 rossbencina Exp $ * Portable Audio I/O Library CPU Load measurement functions * Portable CPU load measurement facility. * * Based on the