motorall

模拟信号的数字化传输---增量调制系统 用SIMULINK建立简单增量调制系统的模型并进行 （3） 正弦信号 （4） 语音信号 的传输。 改变抽样频率和量化台阶大小，观察重建信号以及量化噪声信号的波形；对于语音信号主观评价声音质量的变化。 (Digitized analog signal transmission systems--- delta modulation delta modulation SIMULINK easy set up of the model system and (3) sinusoidal signal (4) transmission of voice signals. Change the sampling frequency and quantization step size, to observe the reconstruction of signal and quantization noise signal waveform for subjective evaluation of the speech signal changes in sound quality.)

schrodinger energy and wave solver

系统过滤评价指标 AUC以及top-L-precision 以及汉明距离(AUC and evaluation system filter top-L-precision and the Hamming distance)

【谷速软件】灰度图像各向异性扩散 在学习过程中作为参考使用([Valley] speed software grayscale image anisotropic diffusion in the learning process as a reference)

Elnagar, G., et al. (1995). "The pseudospectral Legendre method for discretizing optimal control problems." IEEE Transactions on Automatic Control 40(10). 上述文章的算例2的仿真代码(Elnagar, G., et al. (1995). " The pseudospectral Legendre method for discretizing optimal control problems." IEEE Transactions on Automatic Control 40 (10). the simulation code of example 2 in the preceding article.)

LPC编码与解码，有全过程（含仿真源码、wav文件），实际运用已通过！(LPC encoding and decoding, has the whole process (including simulation source, wav file), the practical application has passed!)

说明：  根据需要输入模糊参数，生成相应的模糊图像，并对模糊图像进行恢复，验证运动模糊图像的恢复算法(Input fuzzy parameters needed to generate the corresponding blurred image，and restore the blurred image to authenticate the algorithm)

外国下载到的GABOR人脸识别源码,如果大家喜欢我还有很多自己写的和下载到的,我不是搞C++和JAVA的,所以上传的都是MATLAB的.个人专研人脸识别,欢迎大家一起学习(foreign downloaded to the Gabor face recognition source code, If you like I still have a lot of their own written and downloaded to, I do not engage in C and Java. So are uploaded MATLAB. Face Recognition personal interest in the study, all are welcome to learn)

Detecing circles using hough transform

说明：  频分复用(FDM，Frequency Division Multiplexing)的matlab实现，仿真时录入三路声音信号进行处理，将用于传输信道的总带宽划分成三个子频带，经过复用以后再将录入的声音信号恢复出来。(FDM (frequency division multiplexing) is realized by MATLAB. In the simulation, three sound signals are input for processing. The total bandwidth used for transmission channel is divided into three sub bands. After multiplexing, the input sound signals are recovered.)