MatlabGUI

Cognitive Science SDM code

仿真波束宽度和经典music算法最小分辨角度，从而计算锐化比(Simulation beam width and angle of the classical music minimum resolution algorithm to calculate the ratio of sharpening)

This control system has been successfully applied in some 750mm hot strip mill. The actual record curves indicate that the dynamic feedforward strategy can do well in controlling the tail temperature. And the FuzzyPI-Smith system can get better dynamic characteristic and effectively overcome the problems by pure lag with the traditional

图分割算法中的优化算法中的谱算法中的平均分割算法A-cut（average-cut ）(Figure segmentation algorithm in the optimization algorithm in the spectral segmentation algorithm, the average A-cut (average-cut))

ACHIEVO OH Ñ ONELE MONTED IN THE FFT TRANSFORMER

这是2dof（pi-逆前馈加pid反馈），单纯pid反馈，单纯pi模型逆前馈对应的仿真结果。 其中系统模型采用前面根据pi模型与n4sid算法结合得到的综合模型。(This is 2 dof (PI- inverse feedforward pid feedback), pure pid feedback, pure PI inverse model feed-forward corresponding simulation results. In front of the system model using models based on PI and n4sid algorithm combined with integrated model.)

随机信号分析实验随机信号分析实验随机信号分析实验随机信号分析实验 一一一一、、、、实验目的实验目的实验目的实验目的：：：： ⑴ 了解随机信号自身的特性，包括均值（数学期望）、均方值、方差、相关函数、概率密度、实验原理实验原理实验原理实验原理： 我们把除了白噪声之外的所有噪声都称为有色噪声。就像白光一样，除了白光就是有色光。 (Experimentelle Analyse von zufä lligen Signal Analyse der zufä lligen Signal Analyse der experimentellen zufä lliges Signal Analyse der experimentellen Test 1111 zufä lliges Signal,,,, Labor-experimentelle Zwecke im Sinne der experimentellen Zwecken Zweck des Experiments:::: ⑴ zufä lliges Signal über ihre Eigenschaften, einschließ lich Mittelwert (mathematische Erwartung) , quadratische Mittelwert, Varianz, Korrelationsfunktion, Wahrscheinlichkeitsdichte, die experimentelle Prinzip Prinzip Prinzip Experiment Experiment Experiment arbeitet: Neben dem weiß en Rauschen, als wir alle werden als farbiges Rauschen bezeichnet, Lä rm. Wie Weiß , mit Ausnahme der weiß en ist ein Schatten.)

说明：  基于matlab的数据处理归一化函数代码(Data processing normalization function code based on MATLAB)

Algortihm_difuso_for_scilab_example_with_turbine_amd power_wind

WSN 质心定位算法 Centorid Algorithm 加经典参考文献 A: 如果接受节点接收到的包数目与发送节点发送的包数目的比值大于CM_threshold,则这两个节点视为邻居节点 未知节点利用邻居锚节点进行定位，没有邻居锚节点的未知节点无法定位。 B: 如果接受节点接收到的包数目与发送节点发送的包数目的比值大于CM_threshold,则这两个节点视为邻居节点 未知节点一旦被定位就充当起锚节点的功能，向周围邻居发送自己的估计坐标信息 未知节点把已经定位的未知节点与锚节点同等对待 C: 如果接受节点接收到的包数目与发送节点发送的包数目的比值大于CM_threshold,则这两个节点视为邻居节点 有邻居锚节点的未知节点只利用邻居锚节点进行定位，没有邻居锚节点的未知节点才利用已经定位了的邻居未知节点进行定位。(WSN centroid localization algorithm Centorid Algorithm A: If you accept the received packet node number and the number of packets sent by the sending node ratio greater than CM_threshold, then these two nodes as neighbors Unknown node using the neighbor anchor nodes to locate, no neighbors anchor nodes and unknown nodes can not be located. B:   If you accept the received packet node number and the number of packets sent by the sending node ratio greater than CM_threshold, then these two nodes as neighbors Unknown nodes are positioned on as soon as the function of anchor nodes to send their neighbors estimated coordinate information Unknown unknown node to node already positioned anchor nodes treated equally C: If you accept the received packet node number and the number of packets sent by the sending node ratio greater than CM_threshold, then these two nodes as neighbors Of the unknown neighbor anchor node the neighbor nodes are only positioned anchor nodes, )