登录
首页 » matlab » Kalman-filtering

Kalman-filtering

于 2021-01-06 发布 文件大小:1133KB
0 292
下载积分: 1 下载次数: 185

代码说明:

  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)

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,8440,2015-04-08
..........\....................................\1.tif,21925,2015-04-08
..........\....................................\2.fig,15595,2015-04-08
..........\....................................\2.tif,37957,2015-04-08
..........\....................................\kalmanyingyong.m,1848,2008-04-06
..........\....................................\运动轨迹估计.txt,1846,2015-04-08
..........\卡尔曼滤波器在雷达上的应用,用于估计飞机的速度(调试成功)
..........\..........................................................\aero_radplot.m,2125,2008-08-28
..........\..........................................................\data.mat,49525,2008-08-28
..........\..........................................................\kalmanfilter1.m,1496,2008-09-28
..........\..........................................................\untitled.tif,110751,2015-04-08
..........\..........................................................\说明.txt,168,2009-07-09
..........\卡尔曼滤波器的介绍.pdf,552794,2010-03-03
..........\卡尔曼滤波在目标跟踪中应用仿真研究(调试成功)
..........\..............................................\hmodeinitial.m,761,2005-05-04
..........\..............................................\kaermanlb.m,5002,2010-04-21
..........\..............................................\lmodeinitial.m,277,2005-05-04
..........\..............................................\仿真作业要求.pdf,43753,2005-03-30
..........\..............................................\卡尔曼滤波.asv,5002,2010-04-21
..........\卡尔曼滤波(调试成功)
..........\......................\1.tif,27293,2015-04-08
..........\......................\2.tif,29601,2015-04-08
..........\......................\kalman.ppt,304128,2009-11-18
..........\......................\whl.m,1466,2015-04-08
..........\......................\程序.txt,1466,2015-04-08
..........\对平面内的目标进行跟踪,滤波(调试成功)
..........\........................................\vd
..........\........................................\..\1.tif,40791,2015-04-08
..........\........................................\..\2.tif,23279,2015-04-08
..........\........................................\..\3.tif,26689,2015-04-08
..........\........................................\..\4.tif,19679,2015-04-08
..........\........................................\..\kalmandynamic.m,2512,2007-07-02
..........\........................................\..\kalmanstatic.m,827,2007-07-02
..........\........................................\..\main.m,4577,2007-07-02
..........\........................................\卡尔曼滤波在目标跟踪中的应用.doc,179200,2007-07-02
..........\对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,26251,2015-04-08
..........\..........................................................................................\2.tif,25349,2015-04-08
..........\..........................................................................................\3.tif,23963,2015-04-08
..........\..........................................................................................\4.tif,26651,2015-04-08
..........\..........................................................................................\5.tif,40887,2015-04-08
..........\..........................................................................................\6.tif,43255,2015-04-08
..........\..........................................................................................\7.tif,25563,2015-04-08
..........\..........................................................................................\8.tif,33971,2015-04-08
..........\..........................................................................................\9.tif,34941,2015-04-08
..........\..........................................................................................\constant_gain_filter.m,658,2008-04-16
..........\..........................................................................................\data_kalman_filter.m,2287,2008-04-28
..........\..........................................................................................\err_count.m,594,2007-09-27
..........\..........................................................................................\filt_count.m,427,2007-09-18
..........\..........................................................................................\get_d.m,147,2008-03-02
..........\..........................................................................................\kalman_filter.m,681,2008-03-25
..........\..........................................................................................\kalman_simulation.m,2390,2008-04-28
..........\..........................................................................................\ME_err_count.m,557,2007-12-07
..........\..........................................................................................\new_data_get.m,1193,2008-05-15
..........\..........................................................................................\new_err_count.m,1108,2007-09-27
..........\..........................................................................................\noise.m,415,2008-01-09
..........\..........................................................................................\no_noise.m,396,2008-01-09
..........\..........................................................................................\power_noise.m,566,2008-01-09
..........\..........................................................................................\RMSE_err_count.m,1277,2007-12-07
..........\..........................................................................................\show.m,1982,2008-04-28
..........\..........................................................................................\temp_err_save.m,349,2007-09-21
..........\..........................................................................................\Untitled.m,2391,2008-10-14
..........\..........................................................................................\zuobiao_transform.m,147,2007-09-27
..........\某无人直升机高度测量系统融合方法
..........\................................\concentered_kf.m,2337,2010-01-08
..........\................................\某无人直升机高度测量系统融合方法.doc,272384,2010-01-08
..........\雷达航迹预测(调试成功)
..........\........................\1.tif,22169,2015-04-08
..........\........................\2.tif,31979,2015-04-08
..........\........................\3.tif,31981,2015-04-08
..........\........................\datatreat.m,9493,2010-06-30
..........\........................\draw_track.m,3664,2010-06-29
..........\........................\EightTrack.m,1397,2009-12-24
..........\........................\EllipseTrack.m,2365,2009-12-24
..........\........................\kalman_filter_initial.m,1936,2010-05-13
..........\........................\main_test.m,9299,2010-06-30
..........\........................\point_supplement.m,2785,2010-06-30
..........\........................\point_track_association.m,6206,2010-06-30
..........\........................\point_track_association_change.m,8777,2010-06-29
..........\........................\qq.mat,1390,2010-05-20
..........\........................\read_me.txt,83,2010-06-30
..........\........................\track_die_out.m,2852,2010-06-30
..........\........................\track_start.m,8251,2010-06-30
..........\........................\函数说明.doc,176640,2010-06-29
..........\(最重要!)是一个目标匀速的一个模型,第一种方法是雷达只有测速功能。用的是标准卡尔曼滤波,第二种是目标带有测速(径向速度)功能,用的是非线性卡尔曼滤波
..........\......................................................................................................................................................\1.tif,57379,2015-04-08
..........\......................................................................................................................................................\10.tif,22897,2015-04-08
..........\......................................................................................................................................................\11.tif,22775,2015-04-08
..........\......................................................................................................................................................\2.tif,23591,2015-04-08
..........\......................................................................................................................................................\3.tif,24901,2015-04-08
..........\......................................................................................................................................................\4.tif,65073,2015-04-08
..........\......................................................................................................................................................\5.tif,35645,2015-04-08
..........\......................................................................................................................................................\6.tif,24675,2015-04-08
..........\......................................................................................................................................................\7.tif,24137,2015-04-08
..........\......................................................................................................................................................\8.tif,29613,2015-04-08
..........\......................................................................................................................................................\9.tif,22801,2015-04-08
..........\......................................................................................................................................................\Untitled.m,7809,2015-04-08
..........\......................................................................................................................................................\第一种方法是目标方位,俯仰角.doc,64000,2006-11-17

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • homework
    运用平均差-标准差方法,对数据进行金标准分析。( Using mean difference- the standard deviation method, the gold standard for analysis of the data.)
    2010-10-14 10:21:17下载
    积分:1
  • photonic
    FDTD计算二维光子晶体结构的matlab源代码(FDTD calculation of two-dimensional photonic crystal structure of the source code matlab)
    2010-12-28 10:17:21下载
    积分:1
  • JDSR
    ICA极大似然估计的自然梯度法仿真实例,并计算了串音误差( An experiment of ICA by MLE,including psnr)
    2012-04-23 13:33:48下载
    积分:1
  • huidugongsheng
    这个程序代码的作用是提取图像的纹理特征,用一个滑动窗口求取共生矩阵(The role of this code is to extract texture features of the image, with a sliding window to strike a co-occurrence matrix)
    2014-11-24 10:56:29下载
    积分:1
  • bpsk
    BPSK信号的仿真,解调,仿真结果误码率计算(BPSK signal simulation, demodulation, bit error rate simulation results)
    2008-06-27 20:42:17下载
    积分:1
  • magnet_test_code
    matlab自动代码生成的源程序,和飞思卡尔mc9s12dg128集成(matlab code)
    2013-08-21 14:24:05下载
    积分:1
  • Describing-Functions
    非线性控制的描述函数法,非常经典的书籍 适合于入门学习(Nonlinear Control describing function method, a very classic books suitable for beginners to learn)
    2013-09-14 15:57:55下载
    积分:1
  • power_tcsc
    晶闸管控制串联电阻在500kv电力系统的matlab仿真中的应用。(Modeling and simulation of 500kv power system.The theoretical ground and design realization of alternating current power lines of the new type- Controllable Flexible A.C. Transmission Systems (CFACTS) are considered. Earlier lines of such type had been known as Controlled Self- Compensating High Voltage Transmission Power Lines (CSHVL), as well as Controlled Compact Transmission Power Lines. The CFACTS design principles and the basic CFACTS design directions are implemented. The basic characteristics of CFACTS (500kV) which are studying have great prospects. CFACTS(10, 35, 110 kV) which already built and maintained. )
    2013-11-15 12:52:34下载
    积分:1
  • 1-(5)
    projet 1 is very importand
    2014-12-12 04:33:27下载
    积分:1
  • pn_period
    for obtaining the period of a signal
    2010-02-10 02:56:50下载
    积分:1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载