资源列表
INS5
- 惯导姿态解算，根据加速度计和陀螺的测量数值，求解惯导系统的姿态，速度和位置的代码-INS attitude solution
LMS
- 几乎所有LMS算法及其改进形式的Matlab代码，包括泄露、极性、滤波型、量化误差图的画法、解相关，希望对大家有用！-Almost all LMS algorithm and its improved form of Matlab code, including leakage, polarity, filter type, quantization error figure painting, decorrelation, we hope to useful!
v_f_control_system
- 基于恒压频比的感应电机变频调速系统matlab仿真-Induction motor variable frequency speed control system based on MATLAB simulation of constant ratio of voltage and frequency
EMD_TOOLBOX-pack_emd
- emd tool,由著名的patrick flandrin编译-emd tool, patrick flandrin compilation
AWGNchanBER
- OFDM系统，高斯信道，LS信道估计，Lmmse信道估计，内码是RS编解码，外码为卷积编解码-OFDM system,Gauss channel,LS Channel estimation,LMMSE Channel estimation,RS coding/decoding, convolutional coding/decoding
particle-swarm
- 基本粒子群、惯性粒子群、收缩因子粒子群三种编程并进行对比，显示三种算法的收敛速度，计算时间，包含有多个验证方程-Particle swarm, inertial particle swarm particle swarm three programming shrinkage factor and compared, showing the convergence rate of the three algorithms, computation time, contains a number
MCB
- MCB 很不错的学习资料，内附原理跟程序，
FCBF
- 这是FCBF的matlab程序。FCBF是比较实用的特征选择和降维的方法。在这个文件里面，有个word文件详细说明了FCBF的使用方法。本站只有FCBF的java程序。-This is a matlab program of FCBF. FCBF is a more practical method of feature selection and dimensionality reduction. Within the file, a word file detailed deccribed
contour
- 对数据的实部、虚部幅值的磁感应强度和等矢量磁位线的分布情况进行研究-The real part of the data, the distribution of the imaginary part of the amplitude of the magnetic induction and magnetic vector lines and other research
dengweixian
- 对数据的实部、虚部幅值的磁感应强度和等矢量磁位线的分布情况进行研究-The real part of the data, the distribution of the imaginary part of the amplitude of the magnetic induction and magnetic vector lines and other research
seqnum_compare
- 基于压缩感知的OFDM下的信道估计，与传统算法LS，MMSE的比较-Based on compressed sensing OFDM channel estimation under, with the traditional algorithm LS, MMSE comparison
EXP-LCMV
- 数字波束形成包括发射和接收两个部分。所谓波束形成是指将一定几何形状(直线、圆柱、弧形等)排列的多元基阵各阵元输出经过处理(例如加权、时延、求和等)形成空间指向性的方法-Digital beamforming includes a transmitter and receiver in two parts. The so-called beam forming means directivity methods will surely geometry (straight, cylindrical