文件名称:Kalman-filtering
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卡尔曼滤波的例子，都是关于雷达方向的，本人都亲自调试过，都能够运行-Calman filter example, is all about the direction of radar, I personally debugging, can run
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下载文件列表
卡尔曼滤波\卡尔曼滤波--运动轨迹估计（调试成功）\1.fig
..........\....................................\1.tif
..........\....................................\2.fig
..........\....................................\2.tif
..........\....................................\kalmanyingyong.m
..........\....................................\运动轨迹估计.txt
..........\..........器在雷达上的应用，用于估计飞机的速度（调试成功）\aero_radplot.m
..........\..........................................................\data.mat
..........\..........................................................\kalmanfilter1.m
..........\..........................................................\untitled.tif
..........\..........................................................\说明.txt
..........\卡尔曼滤波器的介绍.pdf
..........\..........在目标跟踪中应用仿真研究（调试成功）\hmodeinitial.m
..........\..............................................\kaermanlb.m
..........\..............................................\lmodeinitial.m
..........\..............................................\仿真作业要求.pdf
..........\..............................................\卡尔曼滤波.asv
..........\..........（调试成功）\1.tif
..........\......................\2.tif
..........\......................\kalman.ppt
..........\......................\whl.m
..........\......................\程序.txt
..........\对平面内的目标进行跟踪，滤波（调试成功）\vd\1.tif
..........\........................................\..\2.tif
..........\........................................\..\3.tif
..........\........................................\..\4.tif
..........\........................................\..\kalmandynamic.m
..........\........................................\..\kalmanstatic.m
..........\........................................\..\main.m
..........\........................................\卡尔曼滤波在目标跟踪中的应用.doc
..........\..机动目标进行检测和跟踪的滤波算法，给出目标数学模型和噪声模型-循环增益卡尔曼滤波-调试成功\1.tif
..........\..........................................................................................\2.tif
..........\..........................................................................................\3.tif
..........\..........................................................................................\4.tif
..........\..........................................................................................\5.tif
..........\..........................................................................................\6.tif
..........\..........................................................................................\7.tif
..........\..........................................................................................\8.tif
..........\..........................................................................................\9.tif
..........\..........................................................................................\constant_gain_filter.m
..........\..........................................................................................\data_kalman_filter.m
..........\..........................................................................................\err_count.m
..........\..........................................................................................\filt_count.m
..........\..........................................................................................\get_d.m
..........\..........................................................................................\kalman_filter.m
..........\..........................................................................................\kalman_simulation.m
..........\..........................................................................................\ME_err_count.m
..........\..........................................................................................\new_data_get.m
..........\..........................................................................................\new_err_count.m
..........\..................................