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Test_Code1
- 已知一个序列x(n)=0.5cos(0.55*pi*n)+cos(0.45*pi*n),时域FFT分析其频谱。 (1)使用不同宽度的矩形窗截断该序列为M点,取M分别为:20,40,160,观察不同长度对频谱影响;(2)使用哈明窗和凯泽窗重做;(3)对三种窗的结果进行分析比较;(4)总结窗类型和长度对频谱分析的影响。
55
- 多小波实现程序 多小波实现程序
matlabscore
- 某校60名学生的一次考试成绩如下: 某校60名学生的一次考试成绩如下: (93 75 83 93 91 85 84 82 77 76 77 95 94 89 91 88 86 83 96 81 79 97 78 75 67 69 68 84 83 81 75 66 85 70 94 84 83 82 80 78 74 73 76 70 86 76 90 89 71 66 86 73 80 94 79 78 77 63 53 55 1)计算均值、标准差、极差、偏度、峰度,画出直方图;
kaam_ki_cheez
- The channel estimation algorithm is based on a subspace approach. The method works only for identifiable STBCs (excluding >=1-rate STBCs). See publication [1] for more detail about the algorithm and the identifiability conditions. The zip file con
peaking
- Derive coefficients for a peaking filter with a given amplitude and DAFX book (p. 50 - 55). This algorithm assumes a constant Q-term is used through the equation. - Derive coefficients for a peaking filter with a given amplitude and DAF
mmse1
- pe to snr for equalizer zfl and mmse for channel [1 .55]/norm([1 .55]) and tap=5
lag2fqd
- 拉格朗日算法已知三组温度与压力数据:(3,53.5) (4,55.3) (5,56.2)求4.15对应的值为55.492375,结果正确。如果将以上数组顺序颠倒,已知压力55.492375求对应的温度,结果为4.185739,可以看到上下两个结果误差较大,就是说不能象这样去颠倒顺序去求值的。但是实际上我们可能经常要求知道压力去求温度,那么遇到这样的情况,只能采用试算法:一种简单的方法就是二分法迭代,书上都有介绍就不多讲了。-Lagrange method已知三组温度与压力数据:(3,53.5)
BPSK_CONVOLUTION_6[76-55]_HaS
- BPSK_CONVOLUTION_6[76 55]_H&S
deploypcode
- SIMULASI3.ZIP SIMULASI3 ALAGORITHM.............. -SIMULASI3.ZIP SIMULASI3 ALAGORITHM.............. 55
beibao
- 背包问题,用PSO解背包a=[95 4 60 32 23 72 80 62 65 46] 物品的体积 c=[55 10 47 5 4 50 8 61 85 87] 物品的价值 b=269 背包的重量限制-Knapsack problem, PSO solutions backpack a = [95 4 60 32 23 72 80 62 65 46] the volume of goods c = 55 10 47 5 4 50 8 61 85 87] b = 269 valu
FIRBSF_v3
- Design a linear phase minimum order FIR Band Stop filter to stop the frequency band 0.45π to 0.55π with atleast 60dB attenuation at the edges. Further -3dB frequencies are required to be at 0.3π and 0.7π. 1. Plot the frequency response of the psue
music_circle
- 均匀圆阵仿真:m=8 阵元数 azimuth=[-55 0 40] 方位角 p=length(azimuth) 信号源个数 snap=1000 最大快拍数 drl=0.5 圆阵半径与波长之比 snr=15 信噪比dB 流程:1、构造信号2、构造噪声阵列流型矩阵3、观测信号4、观测信号协方差矩阵5、求解特征值与特征向量6、显示图谱。-The uniform circular array simulation: m = 8 element azimuth = [-55 0 40] azim
MATLABshiyongyuandaima
- 目录 1.图像反转 2 2.灰度线性变换 2 3.非线性变换 4 4.直方图均衡化 5 5. 线性平滑滤波器 6 6.中值滤波器 7 7.用Sobel算子和拉普拉斯对图像锐化: 8 8.梯度算子检测边缘 9 9.LOG算子检测边缘 11 10.Canny算子检测边 缘 12 11.边界跟踪 (bwtraceboundary函数) 13 12.Hough变换 14 13.直方图阈值法 16 14. 自动阈值法:Otsu法 18 15.膨胀
MATLABshiyongdaima1
- 目录 1.图像反转 2 2.灰度线性变换 2 3.非线性变换 4 4.直方图均衡化 5 5. 线性平滑滤波器 6 6.中值滤波器 7 7.用Sobel算子和拉普拉斯对图像锐化: 8 8.梯度算子检测边缘 9 9.LOG算子检测边缘 11 10.Canny算子检测边 缘 12 11.边界跟踪 (bwtraceboundary函数) 13 12.Hough变换 14 13.直方图阈值法 16 14. 自动阈值法:Otsu法 18 15.膨胀
mu_lambda_and_mu_plus_lambda_ES
- 一个使用matlab实现进化博弈过程仿真实验的例子-This function uses ES to optimize a function f(x_1,...,x_n). There are a set of 55 test functions to check the effectiveness of the algorithm when optimizing functions. Feel free to leave comments, corrections or suggestio
chuangbijiao
- 设计一个阻带下限0.45*pi 阻带上限0.8*pi 通带下限0.55*pi 阻带上限0.7*pi 通带衰减0.15dB,阻带衰减40dB,分别用汉宁窗汉明窗凯瑟窗布莱克曼窗设计滤波器,对比分析各方法优劣-Design a stop-band limit 0.45* pi stopband limit 0.8* pi Passband lower limit 0.55* pi stopband limit 0.7* pi Passband attenuation 0.15dB
UF
- The under frequency relay is a solid state device that functions to protect the load in the event generator frequency decreases below preset limits. It actuates when the frequency decreases to 55 hertz for 60-hertz operation and 46 hertz for 50-hertz
Channel-Coding.m
- 多级、相位信号的信道编码,基于文献Ungerboeck G. Channel coding with multilevel/phase signals[J]. IEEE transactions on Information Theory, 1982, 28(1): 55-67.-Channel Coding with Multilevel/Phase Signals
nii2node
- 本代码基于Dpabi,可以将模板的nii文件提取出每个坐标点的中心点坐标,并将matlab的左边转化为mni坐标系,从而存储到node文件当中,有效的在brainnetviewer进行展示。 作者:李伟凯 项目支持 重庆市研究生科研创新项目 CYS16183(this code can transfer the template in nii/dicom to a node file for BrainNetViewer; author:li weikai email:leeweikai@