choleski

采用神经网络控制的方法。利用人工神经网络的自学习这一特性，并结合传统的PID控制理论，构造神经网络PID控制器，实现控制器参数的自动调整(Control method using neural network. Artificial neural network to learn the characteristics of the self, combined with the traditional PID control theory, structural neural network PID controller, automatically adjust the controller parameters )

PQ控制,PV控制，内部有Matlab仿真图形(PQ control, PV control, internal Matlab simulation graphics)

my code for lung cancer detection

归一化小波矩，非常简单易懂，程序完美，找的非常辛苦，人品担保，绝对可用！！！(Normalized wavelet moment, very easy to understand, the program perfectly, looking very hard, character guarantees, absolutely free! ! !)

人脸的面部特征提取，有很好的效果，直接解压就可以使用(Face facial feature extraction, have very good effect, direct decompression can use )

模拟了加速度信号，并用卡尔曼那滤波对加速度的参数进行了估计，并有相应源码。(To simulate the acceleration signal, and the kalman filter to estimate the parameters of acceleration, and have the corresponding source code.)

几种粒子群算法求解VRP问题，与GA对比(Several particle swarm algorithm VRP problems, compared with GA)

说明：  OFDM_DQPSK matlab source code!(OFDM_DQPSK)

说明：  模糊控制算法的一个Simulink模型，可运行，供共同学习和交流(Fuzzy control algorithm, a Simulink model to run for the common learning and exchange)

室内定位时差定位算法。包括 chan算法，fang算法。功能是实现室内定位。在3到7个接收基站的基础上，获得较高精度的定位(Indoor location TDOA location algorithm. Including Chan algorithm and Fang algorithm. Function is to achieve indoor positioning. On the basis of 3 to 7 receiving base stations, high precision positioning can be achieved.)