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matlabClassicArithmetic
- matlab经典算法的程序 其中包括：插值与拟合、绘图、数据分析、规划问题、Arithmetic等-Matlab classical algorithm procedures including : interpolation and fitting, mapping, data analysis, planning, Arithmetic etc.
用matlab写的算术编码的程序
- 自己用matlab写的算术编码的程序，信源为二元信源,信源序列、码长均可自定义,Using matlab to write their own arithmetic coding procedures for the binary source-source, source sequence, code length can be custom
tuxiangyunsuan
- 图像运算Matlab代码 12.1 图像点的运算 12.1.1 线性点运算 12.1.2 非线性点运算 12.2 图像的算术运算 12.2.1 加法运算 12.2.2 减 法运算 12.2.3 乘法 运算 12.2.4 除法 运算 12.2.5 其它运算 12.3 图像的位逻辑运算 12.4 图像的几何运算 12.4.1 图像插值 12.4.2 图像缩放 12.4.3 图像旋转 12.4.4 图像剪切
ArithemeticCoding
- 这个算术编码是对大量英文文本进行压缩，只适合英文文本压缩（适当修改可以用于图像压缩）-The arithmetic coding is a lot of English text compression, is only suitable for English text compression (with appropriate modifications can be used for image compression)
denoise
- 图像分别加高斯噪声和椒盐噪声，然后进行中值滤波和算术均值滤波去噪处理。-Images were added Gaussian noise and salt and pepper noise, median filter and then the arithmetic mean filter denoising.
113172193ARITHMETIC-coding
- 算术编码，采用了基于上下文的自适应算术编码-Arithmetic coding, context-based adaptive arithmetic coding
91331949suanshucoden122
- 算术编码的应用实例matlab版本 1.可以对字符进行算术编码 2.开头不必制定字符串的大小 3.编码精度高，达到小数点8位以上 -The application of arithmetic coding matlab version 1. Can carry out arithmetic coding of characters 2. At the beginning of the string do not have to develop the size of 3. Coding and
linear
- - 1、限幅滤波法（又称程序判断滤波法） 2、中位值滤波法 3、算术平均滤波法 4、递推平均滤波法（又称滑动平均滤波法） 5、中位值平均滤波法（又称防脉冲干扰平均滤波法） 6、限幅平均滤波法 7、一阶滞后滤波法 8、加权递推平均滤波法 9、消抖滤波法 10、限幅消抖滤波法 -- 1, limiting filtering method (also known as filtering method to determine the procedure) 2, the median filteri
sift
- c语言和matlab实现sift算法，很实用的啊！-c and matlab program complete sift arithmetic
suanshubianma
- 假设信源符号为{a,b,c,d}，这些符号出现的概率分别为{0.2，0.2，0.4，0.2}写出对信源符号bdadc进行算术编码和解码的过程。-Assumptions for the source symbols (a, b, c, d), the probability of emergence of these symbols were written on (0.2,0.2,0.4,0.2) bdadc source symbols for arithmetic coding and de
dif_spfilt
- 应用多种滤波器进行处理：算术均值，几何 均值，谐波均值，逆谐波均值，中值滤波， 中点滤波，最大值、最小值滤波等-To deal with a variety of filter applications: arithmetic mean, geometric mean, harmonic mean, inverse harmonic mean, median filter, the mid-point filtering, maximum, minimum filtering
ImageP
- 用MATLAB处理缺损图像，对椒盐躁声算术均值滤波，对高斯躁声算术均值滤波，对椒盐躁声中值滤波。-Using MATLAB to deal with defect images, the sound of the salt and pepper arithmetic mean filter impatient, impatient voice of Gaussian arithmetic mean filter, the sound of salt and pepper filter impat
suanshubianma
- 和其它熵编码方法不同的地方在于，其他的熵编码方法通常是把输入的消息分割为符号，然后对每个符号进行编码，而算术编码是直接把整个输入的消息编码为一个数-And other entropy coding method is that different places, other entropy coding method is to input the message is usually divided into symbols, and then encode each symbol, whil
figurebianma
- 本程序是用来做图像编码的，主要采用的算术编码的思想-This procedure is used for image coding, the main idea used in arithmetic coding
ArithmeticCode
- 算术编码是图像压缩的主要算法之一。 在给定符号集和符号概率的情况下，算术编码可以给出接近最优的编码结果。使用算术编码的压缩算法通常先要对输入符号的概率进行估计，然后再编码。这个估计越准，编码结果就越接近最优的结果-Arithmetic coding algorithm was a major one compressed image. In a given symbol set and symbol probability case, arithmetic coding can give nea
UPLOAD_LY4
- 通过MATLAB的程序解决相应图上处理中熵值和概率的问题-Adaptive Arithmetic coding. A source generates symbols from alphabet {A, B, C, D}. Probabilities of occurrence of the symbols are initially estimated as: Pr(A)=Pr(B)=0.25, Pr(C)= 0.2, and Pr(D)=0.3. After 100 generate
sift-arithmetic-of-matlab-code
- 这是关于sift算法的matlab实现的代码，在模式识别和图像配准时都会用到-this is a matlab code for SIFT arithmetic
picture
- 基于VC++和Matlab实现的常用图像编码算法，包括Huffman编码、Fano编码、算术编码、游程编码、Shannon编码及信源熵的计算的常用编码算法。-VC++ and Matlab common image coding algorithms, including Huffman coding, Fano coding, arithmetic coding, run-length coding, Shannon coding and source entropy calculation
Arithmetic-coding
- 算数编码及其 Matlab 实现。包括对解码矩阵的上下限进行计算。-Arithmetic coding and Matlab implementation. Including the decoding matrix to calculate the lower limit.
EEE412-Lab4-Linlin Zhang-1821720
- 图像处理,这个是关于求图像的信息熵，算术变换，图像压缩等等(Image processing, this is about finding the entropy of the image, arithmetic transformation, image compression and so on)