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LMS
- 基于LMS和RLS的自适应滤波仿真与分析,内含详细说明-Based on LMS and RLS adaptive filtering simulation and analysis, containing detailed descr iption of
LMs
- 采用LMS算法的频域均衡技术研究,lms在频域均衡方面的应用。-LMS algorithm using frequency domain equalization technology research, lms balance in the frequency domain applications.
lms
- LMS算法的MATLAB实现。很经典的算法。-LMS algorithm MATLAB implementation. Classic algorithms.
lms
- LMS自适应波束形成算法及Matlab源代码。很好用。-LMS adaptive beamforming algorithm and Matlab source code. It just works well
lms
- LMS ADAPTIVE TRANSVERSAL FILTER EQUALIZER
lms
- LMS filter program for Adaptive signal Filter
LMS
- 本例对LMS算法和最陡下降沿算法进行了实现和比较-The cases of the LMS algorithm and the steepest falling and comparison of algorithms for achieving
lms
- 神经网络LMS算法(最速下降法),matlab源程序-neural networl LMS algorithm
lms
- 使用LMS算法进行预测的Matlab源代码 使用时只需改变载入文件名 调整L和delay就可以了-Using the LMS algorithm to predict the use of Matlab source code file name when you only need to change the load L and the delay can be adjusted in
LMS
- 用LMS算法预报时间序列，对比真实值和预报值-LMS algorithm with time-series prediction, compared to the true value and forecast value
LMS
- 用于盲信号分离的LMS算法，可以从混合的观测向量中分离出需要的信号，判读的标准是计算串音误差-For the LMS algorithm for blind signal separation can be observed from the hybrid vector needs to separate out the signals, the standard interpretation is to calculate the c
LMS-adapative
- 一种改进的变步长LMS自适应算法，论文不错！-An improved variable step-size LMS adaptive algorithm, thesis is true!
LMS
- 实现lms算法，实现lms自适应滤波器，给出性能曲线-To achieve lms algorithm to achieve lms adaptive filter, given performance curve
lms
- lms算法的详细过程介绍及matlab程序-lms algorithm in detail the process of introduction and matlab program
lms
- LMS算法，可以实现在计算机上的仿真，通过仿真可以清楚的了解结果-LMS
LMS-RLSAlgorithms
- LMS RLS equalization simulation
lms
- 量化LMS算法的自适应滤波器及其低功耗设计.rar-Quantify the LMS adaptive filter algorithm and its low-power design. Rar
lms
- lms自适应滤波器算法在MATLAB仿真实现-lms adaptive filter algorithm in MATLAB Simulation
LMS
- 自适应变步长LMS算法，仿真与功能说明，算法详解，资料综合！-Auto LMS matlab
lms
- LMS算法的MATLAB 实现 结果正确 可以直接使用-MATLAB LMS algorithm can be used directly to achieve the correct result