mybode

削头皮EA-V1.66.rar,MT4稳定获利的一年百分之50(Cut scalp EA-V1.66.rar, MT4 stable profit of a year fifty percent)

FIR Wiener Filter Applications: The following demos demonstrate the corresponding applications fir_f - FIR Wiener Filter fir_p - FIR Wiener Linear Predictor fir_nc - FIR Wiener Noise Cancellation (FIR Wiener Filter Applications: The following demos demonstrate the corresponding applications fir_f- FIR Wiener Filter fir_p- FIR Wiener Linear Predictor fir_nc- FIR Wiener Noise Cancellation )

matlab中VCA算法的事例 用于高光谱像元解混(the algorithm of VCA)

Array factor of an antenna using a simple code. Specifically for 1D antenna array

新的2维角度估计的高分辨方法。该方法首先建立基于范数约束的最优化问题的目标函数；然后用迭代算法沿均匀面阵接收数据的方位向求最小化目标函数的稀疏解，得到方位、俯仰角耦合的空间角频率，并分离信号；最后对每个分离的信号，沿面阵俯仰向求稀疏解，得到信号的俯仰角，进而求得对应的方位角。(The new high-resolution 2-D angle estimation method. Firstly, the establishment of an objective function optimization problems based on norm constraint then iterative algorithm along with uniform orientation plane array receives data to seek to minimize the objective function is sparse solution, get directions, spatial frequency coupling angle pitch angle, and separated signals Finally for each signal separation along the sparse area array pitch to seek solutions to obtain the pitch angle of the signal, and then obtain the corresponding azimuth.)

数值计算实践是我们必备的一门学科！这是我在学习之余利用MATLAB编写的程序，希望对大家有用！(Practice of numerical calculation is that we must have a subject! This is what I learn and use in the preparation of procedures for MATLAB, in the hope that useful!)

说明：  对于Rossler方程组这样的非线形微分方程组，不可能求得其解析解，利用MATLAB可以用数值解法进行模拟。(Rossler equations for the non-linear differential equations, it is impossible to seek its analytic solution, using MATLAB method can be used for numerical simulation.)

this matlab program shows the cirrent varation for solar cell

GMSK的调制解调，理想信道，画出其功率谱。(GMSK modulation and demodulation, the ideal channel, to give their power spectrum.)

MATLAB/Simulink仿真模型。 buck_DC/DC变换器仿真模型，控制策略为PI控制。 实用，可行。(Based on matlab/simulink. Buck DC/DC converter. Practical and feasible.)