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Measurement 的代码
kalman_filter.m
function [residual, estimate] = kalman_filter(npts, T, X0, inp, R, nvar)
N = npts;
rn=1;
% read the intial estimate for the state vector
X = X0;
% it is assumed that the measurement vector H=[1,0
kalman_filter.m
function [residual, estimate] = kalman_filter(npts, T, X0, inp, R, nvar)
N = npts;
rn=1;
% read the intial estimate for the state vector
X = X0;
% it is assumed that the measurement vector H=[1,0
kalman_filter.m
function [residual, estimate] = kalman_filter(npts, T, X0, inp, R, nvar)
N = npts;
rn=1;
% read the intial estimate for the state vector
X = X0;
% it is assumed that the measurement vector H=[1,0
kalman_filter.m
function [residual, estimate] = kalman_filter(npts, T, X0, inp, R, nvar)
N = npts;
rn=1;
% read the intial estimate for the state vector
X = X0;
% it is assumed that the measurement vector H=[1,0
kalman_filter.m
function [residual, estimate] = kalman_filter(npts, T, X0, inp, R, nvar)
N = npts;
rn=1;
% read the intial estimate for the state vector
X = X0;
% it is assumed that the measurement vector H=[1,0
cmb.h
#ifndef S390_CMB_H
#define S390_CMB_H
/**
* struct cmbdata -- channel measurement block data for user space
*
* @size: size of the stored data
* @ssch_rsch_count: XXX
* @sample_count:
* @device_
logspotter.java
package org.placelab.spotter;
import java.io.File;
import java.lang.reflect.Method;
import org.placelab.core.Measurement;
import org.placelab.core.NetStumblerFileParser;
import org.placelab.core.Pla
oneshot.plot
#set terminal postscript portrait color solid 10
#set size 1.2,1.2
set title "One-Shot Timing Measurement"
set xlabel "Sample #"
set ylabel "Actual Period (us)"
#set output "oneshot.ps"
plot "gnuplot
kalman_filter.m
function [residual, estimate] = kalman_filter(npts, T, X0, inp, R, nvar)
N = npts;
rn=1;
% read the intial estimate for the state vector
X = X0;
% it is assumed that the measurement vector H=[1,0
kalman_filter.m
function [residual, estimate] = kalman_filter(npts, T, X0, inp, R, nvar)
N = npts;
rn=1;
% read the intial estimate for the state vector
X = X0;
% it is assumed that the measurement vector H=[1,0