Unts3

STEP: 1.Bringing descriptive model matemaryczny dyiiamike obiektii issue. 2.Present the resulting model in the form of transmittance merging appropriate input and output size. 3. Move the resulting model as rownaii state. 4. By making use of differential equations that describe rowname dyiiamike obiektii modeled. build a model in srodowiskn MATLAB / Simulink. 5.Przy carry out a model built using the experiments indicated by conducting classes and graphs to present position and speed of the system elements. 6. Discuss the correctness of obtained in the course s> wyiiikow stimulations.

二值化加上OTUS法阀值法的分形维数计算，在这里奉上(Binarization threshold law with OTUS method of fractal dimension calculation, where the offer)

遗传算法的MatLab仿真，用于全局优化的较高效算法(GA MatLab simulation, a more efficient algorithm for global optimization)

matlab的findpeaks的源码，绝对正确。用于峰值检测，很有用，调用很方便 (Matlab findpeaks the source code, absolutely correct. Used for peak detection, very useful, very convenient to call)

说明：  基于Glauert设计法设计风力机叶片，叶片参数导出的MATLAB程序(MATLAB Program for Wind Turbine Blade Design and Blade Parameter Derivation Based on Glauert Design Method)

说明：  DEAP 数据库 EEG_feature.txt 包含了1216个脑电信号样本的160维特征，每行为一个样本，每列为一种特征。特征从左至右分别是每个脑电电极的theta（1-32列）、slow alpha（33-64列）、alpha（65-96列）、beta（1-97128列）、gamma（129-160列）波段的脑电特征。 subject_video.txt 包含了1216个脑电信号对应的32名被试和38段视频信息，其中包含两列。第一列是对应的被试编号，第二列是对应的视频编号。 EEG_feature.txt 与 subject_video.txt和valence_arousal_label.txt中每行都是一一对应的，例如subject_video.txt的第二行就是EEG_feature.txt中第二个样本（第二行）的被试和视频信息；valence_arousal_label.txt的第二行也是EEG_feature.txt中第二个样本（第二行）的愉悦度和唤醒度标签。valence_arousal_label.txt中第一列为愉悦度标签，1代表positive，2代表negative；第二列为唤醒度标签，1代表high，2代表low。 DEAP数据库并未提供情感类别标签。(EEG dataset, including DEAP database and MAHNOB-HCI database)

信号检测理论上机实验MATLAB源码,关于一阶预测器的设计(Signal detection theory, experiment MATLAB source code, on the first-order predictor design)

说明：  MATLAB 巴特沃斯低通滤波对图像进行低通滤波处理(matlab)

该代码由matlab编写而成，主要用于查值计算(The code from matlab prepared, mainly for search terms)

频点滤波代码 设计滤波器对干扰信号衰减，增强期望信号 从而取得滤波结果(Frequency filtering code design filter attenuation of interfering signals, and enhance the desired signal to obtain the filtering results)