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VC
- 使用c语言产生均匀分布,高斯分布随机数的方法,使用VC为图片进行添加高斯噪声均匀噪声以及椒盐噪声,并且采用a修正的均值滤波和自适应中值滤波进行除噪-Used to produce uniform distribution of c language, method of Gaussian random numbers, use the VC to add a picture uniform noise, Gaussian noise and salt and pepper noise, and
imnoise2
- 产生均匀、高斯、椒盐、对数正态、瑞利、指数、厄兰随机噪声-Have a uniform, Gaussian, salt and pepper, Lognormal, Rayleigh, exponential, beijerland random noise
picgen
- 模拟X射线不均匀照射(此处为一边暗,一边亮),生成一幅随机图像,按国家标准计算图像的均匀度,并将这幅图像以RAW格式和DICOM格式保存到硬盘上.-Simulation of non-uniform X-ray irradiation (in this case the dark side, light side), to generate a random image, according to national standards for the calculation of the eve
penumaral
- 通过分析均匀分布与Cauchy分布的分布机制,提出了一种改进的模拟退火图像盲复原算法,该算法选择Cauchy 分布为随机扰动量来产生状态扰动函数。通过计算机仿真,验证了该算法对初值的鲁棒性和复原的效果优于基于均匀分布随 机扰动量模拟退火盲解卷积算法,提高了收敛到最优解的速度 -After analyzing the distribution mechanisms of uniform distribution and Cauchy distribution,an algorith
randomnumber
- 用C代码生成高斯分布的随机数和服从均匀分布的随机数 并生成文本文件-C code generation with Gaussian distribution of random numbers and uniform distribution of the random number and generates a text file
NONAME
- 创建均匀及高斯随机数并检验,并做出频率直方图-Uniform and Gaussian random number to create and test, and make the frequency histogram
example
- 实现矩阵的主要操作:显示矩阵、生成正态分布或均匀分布的随机矩阵、测试矩阵乘法、二维序列排序以及DCT变换等-The main operations of Matrix: display matrix to generate the normal distribution or uniform distribution of the random matrix, test matrix multiplication, sorting and two-dimensional DCT transfor
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
rand_gause
- 利用系统时间产生均匀分布随机数,再利用中心极限定理产生高斯白噪声。有详细注释和合理性验证。-Use the system time to produce uniform distribution of random numbers, then use the central limit theorem generated Gaussian white noise. There are detailed notes and reasonable verification.
pingmian
- 平面图像立体化研究 将平面图像转换成立体图像很有意义。Hou等人(2002)提出了一种平面图像立体化方法,称为Hou方法。在这个方法中Hou等人使用随机变量等参数控制转换过程,但没有讨论这些参数对立体效果的影响。该文利用Hou方法在标准的计算机监视器上对含有心理深度暗示的平面图像进行了立体化,给出了评价转换后的立体效果的定量指标,并讨论了各参数对立体效果的影响。实验结果表明:当随机变量矩阵中的每一个随机变量都服从同一种均匀分布时,随机变量的取值对立体效果没有多大的影响 当监视器屏幕与观察者
SDT
- SDT 旋转门压缩算法的C语言实现 压缩和解压缩 可以看出对均匀变化的数据压缩效果是非常好的,但是随机数基本上不会被压缩-SDT revolving door compression algorithm C language data compression and decompression can be seen in the change of uniform compression effect is very good, but it is essentially a random
wrwtten
- This what I have written in the matlab environment random source program, including the uniform distribution and normal distribution-This is what I have written in the matlab environment random source program, including the uniform distribution and n
CppExp
- 本算法实现了圆周率PI的求解(在正方形区域内随机产生大量的均匀分布的点,落入内切圆和正方形中的随机点个数的比值乘以4,即为PI值)与求解的动态可视化过程(This algorithm is used to solve PI PI (in a square region to generate a large number of random uniform distribution, the ratio of the number of random points fall into the c