stbc21

小波谱分析mallat算法经典程序，希望对大家有用(Mallat algorithm for spectral analysis of small classical procedures, in the hope that useful to everybody)

matlab中的LMS算法 采用LMS最小均方算法进行智能天线的仿真(Matlab LMS algorithm Adopt LMS least mean-square algorithm simulation of smart antenna)

Sags in energy industry

比较有用的matlab实例，给matlab初学者参考，有需要的还可以联系我(matlab)

一个多用户检测器的matlab代码程序 采用m序列作为扩频码 非常不错(very good)

本节概括智能控制理论及应用，包括模糊控制、神经控制的基础及其拓展应用等，在揭露传统方法局限性的基础上提出新的技术，是东南大学和南京航空航天大学的核心教材。(This section summarizes the intelligent control theory and applications, including fuzzy control, neural control on the basis of its expanding applications, expose the limitations of traditional methods based on a new technology, Southeast University and Nanjing University of Aeronautics and Astronautics, core materials.)

SimMechanics pendulum used for control optimization

拟牛顿法和最速下降法(Steepest Descent Methods)一样只要求每一步迭代时知道目标函数的梯度。通过测量梯度的变化，构造一个目标函数的模型使之足以产生超线性收敛性。这类方法大大优于最速下降法，尤其对于困难的问题。另外，因为拟牛顿法不需要二阶导数的信息，所以有时比牛顿法(Newton s Method)更为有效。如今，优化软件中包含了大量的拟牛顿算法用来解决无约束，约束，和大规模的优化问题。(The quasi-Newton method and the Steepest Descent Methods only require that each step iterations know the gradient of the objective function. By measuring the change of the gradient, constructing a model of the objective function is sufficient to produce superlinear convergence. This method is much better than the steepest descent method, especially for difficult problems. In addition, because the quasi-Newton method does not require information on the second derivative, it is sometimes more effective than the Newton s Method. Today, the optimization software contains a large number of quasi-Newton algorithm used to solve the unconstrained, constraint, and large-scale optimization problems.)

说明：  ZIP FILE for saleh123

ALMOTIIIII FILE IN AWGN