Discretewavelettransform

凸优化中牛顿下降法的matlab实现程序。(Convex Optimization in Newton descent method matlab implementation program.)

空时网格码sttc的MATLAB仿真程序。(Space-time trellis codes sttc the MATLAB simulation program.)

用MOM方法数值计算二维导体柱散射问题，值得下载(MOM method using two-dimensional conducting numerical scattering problem, it is worth downloading)

通信系统中，盲均衡技术的研究---恒模算法(Communication systems, blind equalization of constant modulus algorithm research---)

《最优化方法及其Matlab程序设计》较系统地介绍了非线性最优化问题的基本理论和算法，以及主要算法的Matlab程序设计，主要内容包括（精确或非精确）线搜索技术、最速下降法与（修正）牛顿法、共轭梯度法、拟牛顿法、信赖域方法、非线性最小二乘问题的解法、约束优化问题的最优性条件、罚函数法、可行方向法、二次规划问题的解法、序列二次规划法等。(" Optimization Methods and Matlab programming" more systematic introduction to the basic theory and algorithms nonlinear optimization problem and the main algorithm Matlab programming, the main contents include (exact or non-exact) line search technique, the steepest descent method and (corrected) Newton method, conjugate gradient method, quasi-Newton method, trust region methods, solution of nonlinear least squares problems, constrained optimization problem optimality conditions, penalty function method, feasible direction method, quadratic programming problems The solution, the sequential quadratic programming method.)

该程序用来分析自由空间中的电磁波传输情况。该电磁波为TM 波。激励源可以是高斯脉冲或者正弦波。该仿真中加入了PML 边界。 (The program used to analyze the free space electromagnetic wave propagation conditions. The electromagnetic wave is TM waves. Excitation source can be Gaussian pulse or sine wave. The simulation added PML boundary.)

无迹卡尔曼滤波算法在Matlab环境下的实现。设置了两种仿真环境进行试验验证，给出了Matlab源程序代码与注释。(Unscented Kalman filter algorithm in Matlab environment. Set two environment simulation test verification, given Matlab source code and comments.)

遗传算法用在TSP问题上的MATLAB程序，很好用的。大家可以下载看看(Genetic algorithm used in the TSP issues MATLAB program, a good use. You can download to see)

基于COT控制模式的BUCK变换器simulink model。(An converter simulink model-based the COT control mode BUCK.)

A Simple and Robust Vertical Handoff Algorithm for HeterogeneousWireless Mobile Networks. Take as input from user the various network parameters for each network under consideration.