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J005241
- 主要 研 究 用于声音通讯系统中的声回波抵消技术。声回波抵消通常采用声回波抵 消器来实现。具体方法是用自适应滤波器来估计回波信号，并从麦克风信号中减掉该 估计值，从而实现声回波的抵消。回波抵消器中常用的几种自适应滤波算法有LMS, NLMS, RLS等算法。对现有主要算法的性能进行了分析，并对优缺点进行评价和比 较。为了在收敛速度和运算量之间得到很好的折衷，对NLMS算法改进，得到了 PNLMS算法，对传统的快处理块算法改进，得到了精确块算法。综合两个算法，获 得了一种基
adaptive.rar
- 龚耀寰自己的《自适应滤波》课件，比较经典的。包括lms、rls等经典内容，以及空域自适应滤波等。,GONG Yao-huan own " adaptive filtering" software to compare the classic. Including lms, rls, such as classical, as well as the airspace, such as adaptive filtering.
TMS320vc5509a(NRF24L01)
- 无线收发芯片nRF24L01在TMS320C5509A芯片上的实现程序。包括接收和发送，可实现Enhanced Shockburst收发功能。-NRF24L01 chip wireless transceiver chip in TMS320C5509A the realization of the procedure. Including receive and transmit, transceiver enables Enhanced Shockburst function.
rls
- 是二阶RLS自适应均衡的实现，采用V—LOG编写而成，是从工程中截取的 可以直接应用-Second-order RLS adaptive equalizer is the realization of the use of V-LOG prepared is intercepted from the project can be applied directly
DSP_rls
- 基于DSP的RLS自适应噪声消除系统-DSP-based RLS adaptive noise cancellation system
RLS_Adaptive_Filtering_Algorithms_and_DSP_implemen
- 自适应滤波RLS算法研究与DSP实现RLS Adaptive Filtering Algorithms and DSP implementation-RLS Adaptive Filtering Algorithms and DSP implementation
RLSAdaptiveFilteringAlgorithmsandDSPimplementation
- 基于dsp，采用最小二乘法实现的自适应滤波器的研究与实现-RLS Adaptive Filtering Algorithms and DSP implementation
spuc2.3.1
- Readme Complex class is very similar to the Standard C++ library complex class and the standard C++ class could be substituted in many cases. Code is wrapped in namespace SPUC SPUC DSP C++ source code library directory structure array -
RSL-of-adaptive-filter-DSP-design
- 基于DSP的RLS算法自适应滤波器的设计与实现-Based on DSP RLS adaptive filter algorithm design and implementation
RLS
- RLS algorithm for matlab dsp
osp2e-matlab_func
- this about dsp for Recursive Least-Squares (RLS) Estimators
FFT
- 本文从高速数字信号处理器的特点、自适应滤波器的原理及主要应用领域入手，介绍了自适应滤波器的基本理论思想，具体阐述了自适应滤波器的基本原理、算法及设计方法。本文中，对两种最基本的自适应算法，即最小均方误差(LMS)算法和递归最小二乘（RLS)算法进行了详细的介绍和分析，并针对两种算法的优缺点进行了详细的比较。最后用DSP实现了自适应滤波器。实验结果表明，该自适应滤波器滤波效果优越。(Starting from the characteristics of high-speed digital si