working

说明：  包含Matlab十五个常用的小例子哦，菜鸟新手练手的好东东(Matlab contains a small example of 15 commonly used Oh, rookie novice practicing good hand Dongdong)

锁相环的一些MATLAB的仿真程序,下载了看看,觉得蛮有用,顺便用来下载东西用(pll matlab)

本文件详细说明了PID算法Matlab仿真程序和C程序(Matlab simulation program and C program of PID algorithm)

from this i want pesq result for speech enhancement

无刷直流电机的内模控制，电机额定转速3000r/min，内模控制参数r 0.01，控制效果良好，转速曲线平滑(The internal model control of the brushless DC motor, the motor rated speed 3000r/min, the internal model control parameter r 0.01, the control effect is good, the speed curve is smooth.)

MATLAB仿真，主要是三厢10KW的晶闸管整流仿真，可以研究研究。(10 kW Thyristor Controlled Rectifier)

牛顿下山法和变尺度发法,很好的,愿和大家一起努力!(Newton descent method and variable fat law, good, willing to work with everyone!)

说明：  车辆动力特性的计算matlab程序，利用matlab实现计算车辆动力特性(The vehicle dynamic characteristics calculation matlab program,using MATLAB to realize the calculation of vehicle dynamic characteristics )

“Fast Tracking via Dense Spatio-Temporal Context Learning,” In ECCV 2014的源代码，效果非常好。(In this paper, we present a simple yet fast and robust algorithm which exploits the spatio-temporal context for visual tracking. Our approach formulates the spatio-temporal relationships between the object of interest and its local context based on a Bayesian framework, which models the statistical correlation between the low-level features (i.e., image intensity and position) from the target and its surrounding regions. The tracking problem is posed by computing a confidence map, and obtaining the best target location by maximizing an object location likelihood function. The Fast Fourier Transform is adopted for fast learning and detection in this work. Implemented in MATLAB without code optimization, the proposed tracker runs at 350 frames per second on an i7 machine. Extensive experimental results show that the proposed algorithm performs favorably against state-of-the-art methods in terms of efficiency, accuracy and robustness.)

说明：  包含最先进的机器人运动学、动力学、轨迹规划等的函数及机器人仿真案例，数学理论基础为旋量。(The most advanced cases of robot kinematics and dynamics are included.)