搜索资源列表
-
1下载:
给大家传一个CMA盲均衡的程序!希望对大家有帮助。-For everyone to pass a CMA blind equalization program! Want to be helpful to everyone.
-
-
0下载:
自适应滤波器方面的10个例子,共包括
自适应滤波,盲均衡,解相关型LMS算法,TRAINING MODE and DECISION DIRECTED MODE,噪声消除,自适应滤波器设计等内容-Adaptive filter in 10 cases, and it includes adaptive filtering, blind equalization, decorrelation-based LMS algorithm, TRAINING MODE and DECISION DIRE
-
-
1下载:
file:mblms23.m-performs two by three source separation with multipath
multichannel blind equalization with two sources and three sonsors
by Russell H.Lambert 1995
Must use multichannel ISI as performance measure (instead of MSE, SIR)
beca
-
-
0下载:
hi
this methods for channel estimation and equalization &adaptive equalization, blind adaptive equalization (CMA)&Rake receiver for CDMA
-
-
0下载:
实现了盲均衡中的CMA算法,文档为该算法具体实现。编写为FUNCTION函数,方便使用者调用。-The CMA blind equalization algorithm, the documentation for the algorithm specific. Writing FUNCTION function, user-friendly call.
-
-
0下载:
已经经过测试,实现CMA盲均衡的功能,对学习还是很有帮助的-Has been tested, CMA blind equalization function, learning or helpful
-
-
0下载:
CMA DDLS blind signal estimation equalization
-
-
0下载:
盲均衡算法实现的有噪声信道下的4QAM调制解调,并画出算法的收敛图-Blind equalization algorithm of noisy channel under the 4QAM modulation and demodulation, and draw the convergence map
-
-
1下载:
光纤信道盲均衡CMA算法,MATLAB开发环境,比较通用的一种算法-Fibre Channel CMA blind equalization algorithms, MATLAB development environment, more generic algorithm
-
-
1下载:
这是 我修改的qpsk的blind 均衡,具有lms and cma goadard 模,联合判决,性能不错 的,具有实现的简单,盲均衡效果好-qpsk blind equalization with fse and decide feed with lms and cma godard mode
-
-
1下载:
使用常模算法实现通信信号的盲均衡,具体算法有CMA算法、RLS-CMA算法,以及改进软法MRLS-CMA算法-The use of constant modulus algorithm for blind equalization of communication signals, the specific algorithm has CMA algorithm, RLS-CMA algorithm, as well as improved soft MRLS-CMA algorithm
-
-
1下载:
2psk的sato盲均衡算法,压缩包中的论文有介绍一部分(Sato blind equalization algorithm for 2PSK)
-
-
0下载:
使用幂法求计算矩阵的主特征值及主特征向量,用反幂法求计算矩阵的按模最小特征值及特征向量。(A Blind Equalization Algorithm for SIMO Channel Model Based on Inverse Power Method)
-