BP_decoding

遗传算法工具箱，遗传算法原理参考书籍(Genetic Algorithm Toolbox, Genetic Algorithms reference books)

matlab数学建模算法的书籍，可以当做简易手册使用，具体的算法实现还是得翻阅具体文献(as a handbook of algorithm with matlab)

用Boost做的多核集成算法，速度很快，精度很高(MKLBoost )

说明：  升压转换器是一种DC / DC电源转换器，可将电压从其输入（源）升至其输出（负载）。在连续导通模式下（流经电感的电流永远不会降为零），升压转换器的理论传递函数为： 占空比在哪里0.5 在此示例中，转换器从250 V电源馈送RC负载，并且PWM频率设置为31 kHz。 模拟 运行仿真并观察示波器上的波形。确认负载电压（Vout）的平均值非常接近理论值：Vout = 250 /（1- 0.5）= 500V。(A boost converter is a DC/DC power converter which steps up voltage from its input (source) to its output (load). In continuous conduction mode (current through the inductor never falls to zero), the theoretical transfer function of the boost converter is: where is the duty cycle.0.5 In this example, the converter is feeding an RC load from a 250 V source and the PWM frequency is set to 31 kHz. Simulation Run the simulation and observe waveforms on Scope. Verify that the mean value of the load voltage (Vout) is very close to the theoretical value of: Vout = 250 / (1 - 0.5) = 500 V.)

用空间平滑music算法对波达方向（DOA）信号进行DOA估计的matlab程序。(Music by spatial smoothing algorithm for direction of arrival (DOA) signal DOA estimation matlab program.)

自回归模型得到的谱与yulear法、burg法、协方差法、改进协方差法等方法得到的谱进行对比 (Autoregression model spectra obtained with yulear method, burg method, covariance method, modified covariance method and other methods to compare the obtained spectrum)

基于标准bp网络的电力短期负荷预测，此代码是标准输入数据代码+误差分析出图+预测值与实际对比(Short term power load forecasting)

无线通信中继协作功率控制相关代码，基于通信资源的有效分配,比如中继选择和功率控制等， 多中继感知协作通信和功率控制技术是无线通信领域中尤为重要。(Wireless communication relay coordination related generation, power control depends on the communication efficient allocation of resources, such as relay selection and power control, relay more cognitive collaborative communication and power control technology is very important in the area of wireless communication. )

主要对偏微分方程进行差分计算，通过不断迭代，使误差最小(The main differential calculation of partial differential equations, through constant iteration, minimize the error)

用于离散信号的盲反卷积，主要针对一维离散信号，可以进行二维扩展。(Discrete signals for blind deconvolution, mainly for one-dimensional discrete signal can be extended to two-dimensional.)