搜索资源列表
ADC_SNR
- 使用MATLAB编程仿真分析ADC的SNR-ADC SNR analysis
rmse_snap
- 一定信噪比（SNR）时，MIMO雷达的DOA估计方法-DOA MIMO Radar
stochastic-resonance
- 主程序为随机共振，包含四阶龙格库塔和信噪比子程序-main is stochstic resonance,including runge-kutta and SNR.
xx_2
- to calculate SNR through additive white gaussian channel noise
OSIC
- OSIC（排序的连续干扰消除）信号检测仿真程序，实现不同的OSIC信号检测方法：基于SINR排序、基于列范数排序、基于检测后的SNR排序-OSIC (ordered successive interference cancellation) signal detection simulation program OSIC achieve different signal detection method: SINR based sorting, sorting based on the norm
Ergodic_Capacity_vs_SNR
- 不同数量的收发天线配置方式对应的信道容量仿真，可以计算当发射端未知CSI时，MIMO信道在不同信噪比下的遍历容量。-A different number of receiving antenna configuration corresponding to the channel capacity of the simulation can be calculated when the transmitter is unknown CSI, MIMO channel ergodic capaci
signal
- 制作不同信噪比的语料程序，还包含wav 和raw格式之间的相互转换程序-Produce different SNR corpus procedures, the program also includes mutual conversion between formats wav and raw
BER_VS_SNR
- 误码率与信噪比对比图形的仿真源码，即BER VS SNR，通信源程序。-BER and SNR contrast graphics simulation code that BER VS SNR, communication source.
music2
- 模拟2个独立窄带信号分别以20°，60°的方向入射到均匀线阵上，信号间互不相关，与噪声相互独立，噪声为理想高斯白噪声，阵元间距为入射信号波长的1／2，快拍数为200，信噪比为20dB，阵元数分别为10，50，100。 -Simulate two independent narrowband signals in the direction of 20 °, 60 ° of the incident on the ULA, among signal unrelated, independent
music3
- 模拟2个独立窄带信号分别以20°，60°的方向入射到均匀线阵上，信号间互不相关，与噪声相互独立，噪声为理想高斯白噪声，阵元数为10，快拍数为200，信噪比为20dB，阵元间距分别为 tambada/6 tambada/2、tambada。-Simulate two independent narrowband signals in the direction of 20 °, 60 ° of the incident on the ULA, among signal unrelat
music5
- MUSIC算法DOA估计与信噪比的关系模拟2个独立窄带信号分别以20°，60°的方向入射到均匀线阵上，信号间互不相关，与噪声相互独立，噪声为理想高斯白噪声，阵元数为10，阵元间距为入射信号波长的1／2，快拍数为200，信噪比分别为-20dB，0dB，20dB。-MUSIC DOA estimation algorithm relationship with SNR
music6
- 模拟2个独立窄带信号入射到均匀线阵上，信号间互不相关，与噪声相互独立，噪声为理想高斯白噪声，阵列的阵元数为10，快拍数为200。阵元间距为入射信号波长的1／2，信噪比为20dB，信号入射角度差分别为5°，10°，20°。-Simulate two independent narrowband signals incident on the ULA, among signal unrelated, independent noise, the noise is ideal Gaussian whi
LTE_common_EESM
- LTE中有效信噪比映射EESM算法程序，是不同子载波中的信噪比的拟合过程中的核心算法 -LTE EESM effective SNR mapping algorithm program, are fitting process different sub-carriers in the signal to noise ratio of the core algorithm
srrc_improved
- 改进根升余弦成型滤波，信噪比可达-70dB，性能较标准升余弦提高较大，在TVB2脉冲成型中仿真验证过-Improved root raised cosine shaping filter, SNR up to-70dB, performance than the standard raised cosine larger increase in pulse shaping TVB2 verified in simulation
MATLAB-MIMO
- 这是学习MIMO卫星通信系统，信道容量与信噪比之间关系的一个好的案例-MIMO matlab SNR
music7
- 模拟两个相干的的窄带信号。阵列的阵元数为10，快拍数为200，信号入射方向分别为20°，60°，阵元间距为入射信号波长的1／2，信噪比为20dB。分别用MUSIC算法和改进MUSIC算法进行仿真。仿真结果如下图所示-MUSIC algorithm is improved compared with the simulation of signal coherent MUSIC algorithm. Two coherent analog narrowband signal. Array elem
music8
- MUSIC算法DO模拟2个独立窄带信号入射到均匀线阵上，信号间互不相关，与噪声相互独立，噪声为理想高斯白噪声，阵列的阵元数为10，快拍数为200。阵元间距为入射信号波长的1／2，信噪比为20dB，信号入射角度差分别为5°，10°，20°。-DO MUSIC algorithm simulate two independent narrowband signals incident on the ULA, among signal unrelated, independent noise, the
music-algorithm-simulation
- music算法的基本仿真以及有关的阵元数，SNR，阵元间距，快拍数之间的程序仿真-The basic simulation algorithms music program and the number of array elements related, SNR, element spacing, the number of snapshots between simulation
ESPRIT_Basic
- 1维ESPRIT算法的实现，并对比不同SNR情况下的性能情况-The implementation 1-dimensional ESPRIT algorithm.
COG
- Probaility of detection vs snr of energy detection signal is shown.