encoding_scheme_papers_rafa

用于epcm的uart开发的代码，含有matlab和c代码的对比与应用(Uart for the development of the epcm code, matlab and c contain comparing and application code)

programme calculation correlation

自举粒子滤波器和改进后的自举粒子滤波器的比较应用(Bootstrap particle filters and improved bootstrap comparison of the application of particle filters)

说明：  使用matlab实现希尔伯特黄变换中的经验模态分解，可以抑制信息处理中的端点问题(pelease keep it ,it is useful!)

二维kalman滤波：基于Matlab，用Kalman滤波实现线性变化的电压测量滤波处理。其中主要参数为：电压测量方差 u = 0.1V；初始电压ub=10V；电压变化率du/dt = -0.02V/s。(Two-dimensional kalman filtering)

二次规划师非线性优化中的一种特殊情形，它的目标函数是二次实函数，约束函数都是线性函数。由于二次规划比较简单，便于求解（仅次于线性规划），并且一些非线性优化问题可以转化为求解一些列的二次规划问题，因此二次规划的求解方法较早引起人们的重视，称为求解非线性优化的一个重要途径。二次规划的算法较多，本文仅介绍求解等式约束凸二尺规划的拉格朗日方法以及求解一般约束凸二次规划的有效集方法。(Quadratic nonlinear optimization planners in a special case, its real objective function is a quadratic function, constraint functions are linear functions. Because of quadratic programming is relatively simple and easy to solve (after linear programming), and some non-linear optimization problem can be transformed into solving quadratic programming problems some columns, solving quadratic programming method therefore attracted attention earlier, saying an important way for solving nonlinear optimization. More quadratic programming algorithm, this paper describes only two feet Solving the Equality Constrained Convex Programming effective Lagrangian method and set method for solving general constrained convex quadratic programming.)

remote sensing 12123132

使用Matlab模拟纵向光电调制时是否加π/2附加相位对相同的输入信号输出信号的影响(Use Matlab simulation longitudinal photoelectric modulation and π/2 whether additional phase to the same input signal output signal influence )

采用极坐标，可计算网络潮流，格式和附件中ieee14.xls中数据格式是一样的，且潮流程序是通用的。(Using polar coordinates, you can calculate the network flow, the format and the ieee14.xls data format in the annex is the same, and the flow program is common.)

Anyone interested in Electrical power Distribution, Transmission Lines parameters, Compute failure s analysis, & to perform any Power system Analysis.