ipad_iphone_sensorgroup

16QAM的调制，它把输入的二进制数据以查找表的方式进行映射，从而提高信息传输率。(16QAM modulation, it is the input of binary data to find a way to map the table to enhance information transfer rate.)

matlab的医学图像处理相关论文，内容挺全的，包括图像去噪声、边缘检测等。找了很久(medical image processing matlab related papers, the content very wide, including the image to noise, such as edge detection. Looking for a long time)

一个用matlab编写的基于的指纹匹配程序，可以下载来看看，希望对你有所帮助。(Written by matlab a fingerprint-based matching procedure, you can download to see, you want to help.)

经典的基于短时能量和短时平均过零率的双门限检测方法(Classic double threshold detection method based on short-time energy and short-time average zero crossing rate)

基于LBP的人脸识别技术的代码，用MATLAB程序实现(LBP face recognition technology-based code)

基于光伏模块直流物理模型，在matlab 仿真环境下，开发了光伏阵列通用仿真模型。利用该 模型，可以模拟任意太阳辐射强度、环境温度、光伏模块参数、光伏阵列串并联方式组合下的光伏阵 列I-V 特性。此外，该模型还融合了光伏阵列的最大功率跟踪（MPPT）功能，可以用于光伏发电系统 和风光复合发电系统的动态仿真。(A Versatile simulation model for photovoltaic array is developed based on the DC physical model of photovoltaic module under Matlab environment. By the model，the I-V characteristics of photovoltaic array with different combinations can be simulated at any corresponding insolation level, ambient temperature and parameters of the photovoltaic module. In addition to that, the model includes the function of Maximum Power Point Tracking(MPPT) . It can be used in the dynamic simulation of photovoltaic systems and wind-solar hybrid systems.)

MM1排队序列模拟——统计给定 平均到达率和离去率 条件下系统的平均队列长度和平均等待时间； 统计平均队列长度和平均等待时间随平均到达率 和离去率 的变化曲线 (The MM1 the queuing sequence of simulation- statistics system to the given conditions the average queue length and average waiting time easygoing statistical average queue length and average waiting time curve)

PSO_GA allgorithem matlab m-file

计算谐波信号的离散分数阶傅立叶变换，并求出使信号频谱聚集的最优阶数！(Calculated harmonic signal Discrete Fractional Fourier Transform, and the signal spectrum obtained optimal order together!)

对动点图像，找出动点，然后重述轨迹！ 对动点图像，找出动点，然后重述轨迹！(Images of the fixed point, find the fixed point, and then repeat the track! Images of the fixed point, find the fixed point, and then repeat the track!)