Facial-detection

振荡器相位噪声模型，matlab函数主要用于仿真振荡器相位噪声，方便使用。(Oscillator phase noise model, matlab function is mainly used for the simulation oscillator phase noise, easy to use.)

说明：  本书以MATLAB作为仿真环境，系统地介绍了滑模变结构控制的几种先进的控制方法。本书凝练了作者多年来从事控制系统教学和科研工作的经验，同时融入了国内外同行近年来取得的最新成果。(This book uses MATLAB as the simulation environment to systematically introduce several advanced control methods of sliding mode variable structure control. This book condenses the author's years of experience in teaching and scientific research on control systems, and at the same time incorporates the latest achievements made by domestic and foreign counterparts in recent years.)

基于matlab的dpsk调制与解调,使用相位选择法调制(dpsk base on matlab)

matlab时频分析工具包，包含短时傅里叶变换，WV，小波等多种工具(Time-Frequency Analysis Toolbox)

structural similarity index

说明：  交互多模型算法，用于目标跟踪等，是目前比较理想的算法之一(Interacting multiple model algorithm)

Radar Systems Analysis and Design Using MatLab. 雷达入门基础教程，包含原代码。(Radar Systems Analysis and Design Using MatLab. Radar Started Essentials contains the original code.)

简化的OFDM系统仿真，其中暂未考虑扰码和卷积码，物理层参数采用802.11a参数，1个长训练符号与6个OFDM数据符号构成1帧，信道为单径rayleigh衰落信道，其中最大多普勒频移为100Hz，信噪比0-30dB，调制方式为QPSK和16-QAM。(Simplified OFDM system simulation, which yet consider scrambling and convolution codes, physical layer parameters using 802.11a parameters, a long training symbols and six OFDM data symbols constitute a channel for single-path rayleigh fading channel, one of the largest Doppler shift is 100Hz, the SNR 0-30dB, the modulation scheme is QPSK and 16-QAM.)

matlab学习资料 简明实例教程 主要介绍了编程的注意事项(matlab learning materials condensed example tutorial introduces the programming Note)

说明：  该文件基于Matlab的GUI界面设计了6自由度串联机器人的运动学、动力学和轨迹规划的算法，用户可以计算PUMA560型的机器人的正逆运动学，正逆动力学和指定的轨迹规划，同时可以动画显示机器人点对点的运动路线。该程序可进行二次开发，用户可根据机器人模型的不同修改参数，针对自身模型进行运动学、动力学和轨迹规划的计算与仿真。(Based on the GUI interface of matlab, this paper designs an algorithm for kinematics, dynamics and trajectory planning of 6-DOF serial robot. Users can calculate the forward and inverse kinematics, forward and inverse dynamics and specified trajectory planning of PUMA560 robot. At the same time, they can animate the point-to-point motion path of the robot. The program can be redeveloped. Users can modify parameters according to different robot models, and calculate and simulate kinematics, dynamics and trajectory planning of their own models.)