PAPR-SC-FDMA-in-CA

TransfoSat3limb_BH2Sat.m ,功率电子领域matlab仿真文件，已经验证过，程序运行正常(TransfoSat3limb_BH2Sat.m, power electronics matlab simulation files have been verified, the program runs correctly)

基于最小平方估计（LS）的信道估计matlb源程序(failed to translate)

提供了对象已知与未知的广义预测控制（GPC）算法，包含有单步与多部的Diophanine方程求解。(Provides object known and unknown generalized predictive control (GPC) algorithm, includeing single-step and multi-unit Diophanine equation.)

模拟WSCC 9公交系统。我已经做了这个系统与标准数据。如何在Matlab环境下对模拟输电线路的参数(电阻、电抗和电纳)是由分布参数与平衡负载流。千瓦&千乏的发电机的参数转换成KVA和Matlab仿真千伏。(This simulation is of WSCC 9 Bus System. I have made this system with standard datas. How ever for simulating in Matlab environment the parameters of transmission lines ( Resistance , Reactance and Susceptance ) are taken by distributed parameters with balance load flow. The Parameters of generators in KW & KVAR are converted into KVA and KV for Matlab simulation. )

Modelisation de la machine asynchrone avec matlab simulink

这是图论中的一些常用算法的matlab程序。里面不仅有代码，还有相关数学知识(This is the graph theory in some of the commonly used algorithm matlab program. Which not only code, there are related to mathematical knowledge)

说明：  捷联惯导系统传递对准MATLAB程序，固定点平滑新算法。(SINS MATLAB transfer alignment procedures, the new fixed-point smoothing algorithm.)

The ULIB is a collection of efficient building blocks for developing high-performance and scalable systems in C and C++. These building blocks mainly cover, multithreading, parallel computing, efficient data indexing, numerical approximation, and cryptography.

Real time optical flow, and video processing, with support for camera input in Matlab.(Start by running "runMe.m" Supports input through: a) synthetically generated test images b) reading avi-file c) camera input (requires image aquisition toolbox) Calculates optical flow by 4 different local methods(all moment based), 2 implementations of Lucas and Kanade, and 2 implementations of point-line flow. Can process easily hundreds of frames per second on a laptop for resolution 200x200 images.)

Weighted Squares Least Estimation