搜索资源列表
imgprocCGsignalproc
- BMP图像处理程序，包括模拟信道产生的高斯加性噪声；图像灰度变换；图像的拉普拉斯边缘提取；中点滤波法的debluring；图像线性模糊。 图形显示函数，包括DDA方法画直线；中点裁剪法；liang-barsky算法的窗口裁剪；种子填充算法； 随机信号处理程序，包括产生正态分布、均匀分布样本；计算其均值与方差；各样本的概率分布直方图分析；功率谱分析；样本叠加的PSD分布分析。-BMP image processing procedures, including analog channel
xiaobofenjie
- 三个函数信号叠加，进行小波分解，提取近似信号与原信号比较-Superposition of three functions signals, wavelet decomposition, similar to the signal extraction compared with the original signal
Pisarenko_music_esprit
- 分别用Pisarenko谐波估计法、MUSIC算法和ESPRIT算法对三正弦叠加高斯白噪声信号源进行频率估计，附件中有代码说明，编译环境为matlab。-Respectively Pisarenko harmonic estimation, MUSIC algorithm and the ESPRIT algorithm superimposed on the three sine Gaussian white noise signal source for frequency estimati
YCrCb_detect
- YCrCb即YUV，其中“Y”表示明亮度（Luminance或Luma），也就是灰阶值；而“U”和“V” 表示的则是色度（Chrominance或Chroma），作用是描述影像色彩及饱和度，用于指定像素的颜色。“亮度”是透过RGB输入信号来建立的，方法是将RGB信号的特定部分叠加到一起。“色度”则定义了颜色的两个方面─色调与饱和度，分别用Cr和CB来表示。其中，Cr反映了RGB输入信号红色部分与RGB信号亮度值之间的差异。而CB反映的是RGB输入信号蓝色部分与RGB信号亮度值之间的差异。-YCr
Sine-signal-superposition
- 分别画两个频率不同的正弦信号及他们叠加的信号,y1、y2及他们的叠加信号进行采样,进行傅里叶变换,幅频图,频谱图-Videos two sinusoidal signals of different frequencies, and their superimposed signal, Y1, Y2 and their superimposed signal to be sampled, the Fourier transform, amplitude and frequency diagram
example_yingyuzhi
- 小波变换，硬阈值降噪，产生原始信号，在原信号中叠加入高斯白噪声，信号重构-Wavelet transform hard threshold noise reduction, resulting in the original signal, stacked Gaussian white noise to the original signal, signal reconstruction
MB90092_DEMO
- MB90092字符叠加芯片，源码，具有多种信号输入-MB90092 the characters superimposed chip, source code, with a variety of signal input
shiyan3
- 产生16路信号，画出16路原始信号的频谱叠加图以及滤波器响应，并画出结果信号的时域和频域波形-Generate 16-channel signal, draw 16 original signal spectrum overlay and a filter response, and draw result signals in time domain and frequency domain waveforms
The-Fourier-transform
- 将时域信号分解为不同频率的正弦信号或余弦函数叠加之和。连续情况下要求原始信号在一个周期内满足绝对可积条件。-The time-domain signal into different frequency sine or cosine function signal superimposed sum. Required to meet the continuous case the original signal is absolutely integrable conditions in a s
zaosheng
- 惯性传感信号的动态信号，获取噪声的方式，在正弦信号上叠加一个噪声-Dynamic signal inertial sensing signal to obtain noise way, in a sinusoidal noise signal is superimposed
Digital-Watermark
- 嵌入水印可以看作是在强背景（原始图像）下叠加一个弱信号（水印）。该程序是基于小波变换的数字水印嵌入程序。-Embedded watermark can be seen as a superposition of a weak signal (watermark) in Strong (original image) under. The program is based on wavelet transform digital watermark embedding program.
MATLAB--example3
- 02 正弦信号的叠加合成；合成f 50Hz，幅值为3的方波- 02 sine signal synthesis Synthesis of f 50 hz, square wave amplitude is 3
FFT
- 经过傅里叶变换，则可获得图像的“频域”空间。利用“化繁为简、化整为零”的思路，将一个复杂信号分解为一系列“简单”信号（或称基元信号）的特定组合（叠加）。 -After Fourier transformation, the aerial image can be obtained " in frequency domain." Using the " simplify, piecemeal" ideas, the complex signal into a
shiyan
- 利用0度和90度刺激下的内源性脑光学成像数据，获得大脑视觉皮层的方位功能柱，涉及的方法包括图像相减，叠加平均等； 对方位功能柱图像进行滤波处理，采用不同滤波方式（空域滤波和频域滤波）比较不同滤波下图像功能柱信号(Using the brain optical imaging data stimulated by 0 and 90 degrees, the functional column of the visual cortex of the brain is obtained. The