搜索资源列表
lms
- 均衡器抽头参数中，使用LMS算法确定有限长最优抽头参数-Tap equalizer parameters, the use of finite-length LMS algorithm to determine the optimal tap parameters
zero_tap_detection_adaptiveequalizer
- 具有检测FIR滤波器单位脉冲响应h[n]中零系数（zero tap detection）功能的LMS算法自适应均衡器，可处理相关输入（colored inputs)和独立输入(white inputs). 检测出零系数的个数和位置,减少后续计算次数，提高算法效率。-Zero Tap Detection LMS adaptive Equalizer with Tap Decoupling techniques and Colored Inputs and white inputs.
zishiyingxindaojunhengqi
- 使用下面的参数设计信道均衡器，其中使用两个独立的随机数发生器，一个用x(n)来表示，用来测试信道；另一个用v(n)来表示，用来模拟接收器中的加性白噪声的影响。序列x(n)是x(n)=±1的伯努利序列，随机变量x(n)具有零均值和单位方差。第二个序列v(n)具有零均值，其方差由信噪比决定。均衡器有11个抽头。-Use the following parameter design of channel equalizer, which uses two separate random number
cxx
- 此程序是LMS算法实现的一个自适应均衡器,均衡器选取的信道抽头数是11。-the program is adaptive equalizer using Lms to achieve.the channel tap is 11.
mmse1
- pe to snr for equalizer zfl and mmse for channel [1 .55]/norm([1 .55]) and tap=5
equ_response2
- equalizer response for channel F(Z)=-.2Z^2+.5Z^1+1+.5Z^-1-.2Z^-2 for zfl and tap=7,9,15-equalizer response for channel F(Z)=-.2Z^2+.5Z^1+1+.5Z^-1-.2Z^-2 for zfl and tap=7,9,15
equ_response1
- equalizer respone for channel F1(Z)=.1Z^2-.25Z^1+1-.25Z^-1+.1Z^-2 for zfl with tap=7,9,15-equalizer respone for channel F1(Z)=.1Z^2-.25Z^1+1-.25Z^-1+.1Z^-2 for zfl with tap=7,9,15
equalizer
- 计算时域均衡器抽头系数和处理经过码间干扰的信号并测试时域均衡器的性能。-Calculate the time-domain equalizer tap coefficients and dealing with after the inter-symbol interference signals and test the performance of the equalizer.
junhengqi
- 3抽头迫零均衡器，5抽头迫零均衡器，以及恢复信号波形-3-tap zero forcing equalizer, the 5-tap zero forcing equalizer, and the restoration of the signal waveform
Channel_Estimation
- 使用OFDM的信道估计，采用迫零均衡，进行频域单抽头均衡-Using OFDM channel estimation, zero forcing equalization algorithm, the frequency domain one-tap equalizer
junhengqi
- 通信原理时域均衡部分的五抽头迫零均衡器，很有用-Five tap the communication domain equalization principle part of zero-forcing equalizer, useful