登录
首页 » matlab » nef-1.4.0

nef-1.4.0

于 2016-06-21 发布 文件大小:647KB
0 120
下载积分: 1 下载次数: 18

代码说明:

  非线性滤波框架(nef),包括了 EKF,UKF,DDF1 DDF2,CDF,迭代滤波器,随机积分滤波器, 组合滤波器, 集合卡尔曼滤波, 高斯和滤波,粒子滤波,自回归最小二乘方法(nonlinear estimation framework (NEF) toolbox A. Implemeted local estimation techniques: a1. (extended) Kalman filter a2. Unscented Kalman filter a3. Divided difference filter 1st order a4. Central difference filter a5. Divided difference filter 2nd order a6. Iteration filter a7. Stochastic Integration Filter B. Implemeted global estimation techniques b1. Ensemble Kalman filter b2. Gaussian sum filter b3. Particle filter)

文件列表:

nef-1.4.0
.........\addNEFpath.m,281,2015-09-14
.........\htm" target=_blank>Changelog,2392,2015-11-06
.........\estimators
.........\..........\@nefDD1
.........\..........\.......\nefDD1.m,20538,2015-11-06
.........\..........\@nefDD2
.........\..........\.......\nefDD2.m,22657,2015-11-06
.........\..........\@nefEnKF
.........\..........\........\nefEnKF.m,3501,2015-11-06
.........\..........\@nefEstimator
.........\..........\.............\nefEstimator.m,20842,2015-11-06
.........\..........\@nefGSM
.........\..........\.......\nefGSM.m,31008,2015-11-06
.........\..........\@nefItFilter
.........\..........\............\nefItFilter.m,18155,2015-11-06
.........\..........\@nefKalman
.........\..........\..........\nefKalman.m,8514,2015-11-06
.........\..........\@nefPF
.........\..........\......\nefPF.m,35105,2015-11-06
.........\..........\@nefSDD1
.........\..........\........\nefSDD1.m,21093,2015-11-06
.........\..........\@nefSDD2
.........\..........\........\nefSDD2.m,22698,2015-11-06
.........\..........\@nefSIF
.........\..........\.......\nefSIF.m,19657,2015-11-06
.........\..........\@nefSKalman
.........\..........\...........\nefSKalman.m,11019,2015-11-06
.........\..........\@nefSUKF
.........\..........\........\nefSUKF.m,26162,2015-11-06
.........\..........\@nefUDKalman
.........\..........\............\nefUDKalman.m,9823,2015-11-06
.........\..........\@nefUKF
.........\..........\.......\nefUKF.m,25262,2015-11-06
.........\examples
.........\........\data
.........\........\....\concrete_normed.mat,74344,2014-11-13
.........\........\example1.m,5098,2015-11-06
.........\........\example10.m,5434,2015-11-06
.........\........\example11.m,3844,2015-11-06
.........\........\example12.m,3834,2015-11-06
.........\........\example13.m,8771,2015-11-06
.........\........\example2.m,6318,2015-11-06
.........\........\example3.m,6660,2015-11-06
.........\........\example4.m,4834,2015-11-06
.........\........\example5.m,4528,2015-11-06
.........\........\example6.m,5065,2015-11-06
.........\........\example7.m,6467,2015-11-06
.........\........\example8.m,3183,2015-11-06
.........\........\example9.m,2992,2015-11-06
.........\........\example_ALS.m,6307,2015-11-06
.........\........\support
.........\........\.......\derivace_nn.m,289,2014-11-13
.........\........\.......\pdfTimePlot.m,2945,2015-11-06
.........\functions
.........\.........\@nefCholFactorFunction
.........\.........\......................\nefCholFactorFunction.m,9114,2015-11-06
.........\.........\@nefConstFunction
.........\.........\.................\nefConstFunction.m,5173,2015-11-06
.........\.........\@nefFunction
.........\.........\............\nefFunction.m,7411,2015-11-06
.........\.........\@nefHandleFunction
.........\.........\..................\nefHandleFunction.m,14008,2015-11-06
.........\.........\@nefLinFunction
.........\.........\...............\nefLinFunction.m,9355,2015-11-06
.........\.........\@nefUDFactorFunction
.........\.........\....................\nefUDFactorFunction.m,9086,2015-11-06
.........\help
.........\....\demo_examples
.........\....\.............\demos.xml,1711,2014-11-13
.........\....\.............\StateEstimationOfLinearSystem.html,19793,2013-11-29
.........\....\.............\StateEstimationOfLinearSystem.m,6591,2014-11-13
.........\....\.............\StateEstimationOfLinearSystem_eq00284.png


.........\....\.............\StateEstimationOfLinearSystem_eq34006.png
.........\....\.............\StateEstimationOfLinearSystem_eq45771.png
.........\....\.............\StateEstimationOfLinearSystem_eq50101.png,342,2013-11-29
.........\....\.............\StateEstimationOfLinearSystem_eq51455.png,361,2013-11-29
.........\....\.............\StateEstimationOfLinearSystem_eq62505.png,2583,2013-11-29
.........\....\.............\StateEstimationOfLinearSystem_eq69357.png,347,2013-11-29
.........\....\.............\StateEstimationOfLinearSystem_eq71156.png,347,2013-11-29
.........\....\.............\StateEstimationOfLinearSystem_eq83757.png,1728,2013-11-29
.........\....\.............\StateEstimationOfLinearSystem_eq97080.png,2599,2013-11-29
.........\....\html
.........\....\....\graphics





.........\....\....\........\ex2-x0-pdf.png,3362,2014-11-13
.........\....\....\........\nef-components-v3.png,46973,2014-11-13
.........\....\....\........\NEF-coverage.png,21737,2014-11-13
.........\....\....\........\system-description-v2.png,70459,2014-11-13
.........\....\....\........\system-example1.png,58758,2014-11-13
.........\....\....\........\system-example2.png,73611,2014-11-13
.........\....\....\helptoc.xml,3208,2014-11-13
.........\....\....\nef_components.html,4598,2013-11-29
.........\....\....\nef_components.m,203,2014-11-13

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

  • cooperativecode
    协作OFDM简单实现,采用AF模式,分析其性能(This file is simply realizing cooperative OFDM communicaiton about AF mode)
    2010-10-19 19:42:23下载
    积分:1
  • linear-FM-chirp-signal-generate-
    说明:  切普信号生成,可以改变信号的起始频率和最终频率。(Be able to generate a linear-FM “chirp” signal that sweeps in frequency fromω1 = 2pi*f1 to ω1 = 2pi*f2 as time goes from t = 0 to T2. You can change any of these values.)
    2011-03-31 09:19:23下载
    积分:1
  • scanComPorts
    读串口信息,在matlab 环境下读出串口内容(read serial)
    2013-04-03 11:08:45下载
    积分:1
  • Untitled2
    This program is to plot 3-D radiation pattern of 2-element array antenna.
    2013-12-28 23:58:40下载
    积分:1
  • MUsic
    波达方向(DOA) 估计的基本问题就是确定同时处在空间某一区 域多个感兴趣的信号的空间位置(即多个信号到达阵列参考阵元的方 向角)。最早的也是最经典的超分辨率(DOA)估计算法是著名的多信号 分类(Multiple Signal Classification) 法,简称 MUSIC 算法,它是 一类经典的基于特征结构分析的空间谱估计方法。该算法利用了信号 子空间和噪声子空间的正交性,构造空间谱函数,通过谱峰搜索,检测 信号的 DOA。(The basic problem of DOA estimation is to determine the simultaneous location in a certain region of space. Spatial position of multiple interested signals in the domain (i.e. the direction of multiple signals reaching the array reference elements) Directional angle). The earliest and most classical super-resolution (DOA) estimation algorithm is the well-known multi-signal.Multiple Signal Classification, referred to as MUSIC algorithm, is A classical spatial spectrum estimation method based on eigenstructure analysis. The algorithm utilizes signals. The orthogonality of subspace and noise subspace, the construction of spatial spectral function, through peak search, detection DOA of signal.)
    2021-04-22 22:38:48下载
    积分:1
  • freqresp
    谐波分析:输入正弦波、输出正弦波。分析输出谐波成分(xiebofenxi)
    2009-04-15 21:21:46下载
    积分:1
  • moshishibie
    通过matlab语言实现Parzen窗估计法,实现结果良好,可供大家使用,互相学习。(Parzen window estimation method by Matlab language to achieve good results for everyone to use, learn from each other.)
    2012-02-14 16:25:00下载
    积分:1
  • sample7
    含有噪声信号的功率谱 该算法是一种经典算法,可移植。(Contains a noise signal power spectrum of the algorithm is a classical algorithm, can be transplanted.)
    2009-02-04 23:14:12下载
    积分:1
  • xianshiyuantu
    显示原图,matlab.良好的操作性良好的操作性(Show the image, matlab. Good good interoperability interoperability)
    2008-04-14 09:10:34下载
    积分:1
  • sfun_DFIGLI
    s函数 关于变速恒频双馈风力发电系统建模与仿真 其中双馈电机的s函数(S function about wind power )
    2012-05-19 21:31:33下载
    积分:1
  • 696518资源总数
  • 104228会员总数
  • 45今日下载