Adaptive_Filters_Theory_and_Applications Least Mea

Title: Adaptive_Filters_Theory_and_Applications

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Category:
Mathimatics-Numerical algorithms
Tags:
[Matlab] [源码]
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26kb
Update:
2012-11-26
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ducchinh84

Description: Least Mean Square Newton Algorithm

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To Search: least mean square lsfit.m

[lms_noise_cancellation] - adaptive noise cancellation source, LMS
[LMS-MATLAB] - Introduction based on the least mean squ
[adaptive_interference_cancellation_with_LMS_algor] - this is a code for adaptive interfrence
[LMS] - LMS: Least Mean Square the source code f
[hdyc] - Mathematical Modeling in the common gray
[AdaptiveFilters] - farhang the principle and application of
[adaptive_all_in_one] - Adaptive filter in 10 cases, and it incl
[Adaptive_noise_cancellation_in_the_power_of_signal] - Adaptive noise cancellation in the weak

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B. Farhang-Boroujeny - Adaptive Filters Theory and Applications
...............................................................\ar_m_al1.m
...............................................................\ar_m_al2.m
...............................................................\bformer.m
...............................................................\blk_mdlg.m
...............................................................\CORLNM2.M
...............................................................\DCTM.M
...............................................................\DFTM.M
...............................................................\DHTM.M
...............................................................\DSTM.M
...............................................................\Eigenfir.m
...............................................................\equalizer.m
...............................................................\gtf10_11.m
...............................................................\gtf10_9a.m
...............................................................\gtf10_9b.m
...............................................................\gtf14_3.m
...............................................................\Gtf14_4.m
...............................................................\iirdsgn.m
...............................................................\Lenhncr.m
...............................................................\Leqlzr.m
...............................................................\LJPE.M
...............................................................\Lorentz.m
...............................................................\lsfit.m
...............................................................\ltc_mdlg.m
...............................................................\Modeling.m
...............................................................\rcos50.m
...............................................................\RDFTM.M
...............................................................\read.me
...............................................................\rlsI.m
...............................................................\WHTM.M