SSB_AM_SC

提高风力机将风能转化为机械能的效率，根据我国西北地区的风频风能曲线，用最优设计攻角沿叶片轴线的非线性分布修正传统Wilson算法，优化设计大型水平轴风力机叶片的气动性 能．该优化设计利用Madab优化工具箱，优化速度干涉因子的迭代计算，提高计算效率；考虑多翼型和变攻角等因素对叶片外形优化的影响，从结构及加工工艺角度修正翼型．通过对1．2MW风力发电机组叶片外形的气动性能计算和优化设计，结果表明该优化设计的有效性和可行性，可为风力机叶片外形设计提供参考．(Improve wind turbine wind energy into mechanical energy efficiency, according to the Northwest China wind frequency wind power curve, optimum design angle of attack along the blade axis of traditional non-linear distribution correction Wilson algorithm to optimize the design of the aerodynamic performance of the large-scale horizontal axis wind turbine blades . The Optimal Design Optimization Toolbox Madab optimized for speed interference factor iterative calculation to improve computational efficiency consider multi-airfoil and change the angle of attack and other factors on the blade shape optimization, airfoil from the structure and processing angle correction. By 1.2MW wind turbine blade shape aerodynamic performance calculation and optimization design, the results show that the effectiveness and feasibility of the optimized design can provide a reference for the wind turbine blade shape design.)

基于混沌理论的Logistic映射数字图像的加密算法，实现图像的置乱(Based on the Chaos Theory of Logistic mapping digital image encryption algorithm, the realization of image scrambling)

the above codes are very useful for image segmentation,edge detection

此程序为matlab程序，用于拾取图片中的信息，拾取图片中的曲线，然后画出曲线(The procedure for matlab program for pickup picture information, pick up the picture of the curve, and then draw the curve)

计算非线性系统的分叉图和李雅普诺夫指数，用于判断系统的混沌状态，独立的两个文件(a tool to calculate bifurcation and Lyapunov exponent)

说明：  matlab 实现polar码仿真，十分经典的算法，值得参考(Matlab implementation of Polar code simulation, a very classic algorithm, worthy of reference)

calculates range, discrete time version of "time delay" of 1st peaks from match filters outputs

Matlab 应用，基于最近相邻节点的旅行商问题解决模式(Nearest Neighbor algorithm ，for the Travelling Salesman Problem)

进行多电平脉宽调制，使用的是M A T L A B 的 s i m u l i n k(To do the multi-level PWM with MATLAB)

RX graphical example to better understand the difference between ST IR block output and standard definition used by LIRC.