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040320152
- 整数变换问题，用最少的f和g变换次数将n变换为m.f(i)=3 g(i)=[i/2].-Integer Transform, with the least f and g frequency of transformation to transform m.f n (i) = 3 g (i) = [i / 2].
HankelTransform
- 整数阶离散汉克尔(hankel)正变换与反变换 快速汉克尔（hankel)正变换与反变换 discrete Hankel transform of integer order n fast Hankel transform of order n
Switch
- 对于给定的整数n和m,用最少的f和g变换次数将n变换为m。由文件input.txt输入数据，结果（相应的变换序列）输出到文件output.txt。回溯的整数变换问题-For a given integer n and m, with a minimum of f and g will transform the number of n transform for m. Input.txt input data from the document, the result (correspondin
Encoder264
- H.264图像编码程序对输入像素块X的整数DCT变换和量化-H.264 encoding process the input image pixel block X integer DCT transform and quantization
FastWalshHadamardTransform
- The function implement the 1D sequency(Walsh) ordered fast Walsh-Hadamard transform which can be used in signal processing, pattern recongnition and Genetic alogorithms. This algorithm uses a Cooley-Tukey type signal flow graph and is implemented
1
- technique is quite small owing to the low compression ratio. Based on this, a general least significant bit-plane (LSB) embedding technique in the spatial domain was proposed by Celik et al. [6]. The payload and imperceptibility of embedded dat
HH264-DCT-Qua2
- H264中的整数DCT变换编码及量化代码,并附有原文的DCT编码、量化的说明文档。本源码从X264及JM中抽取后整整理得来，并用原文档中的示例数据进行了测试，与原文档结果完全一样，是学习H.264不可多得的参考资源. 已通过测试。 -H264 in the integer DCT transform coding and quantization code, along with the original DCT coding, quantitative documentation. The
uWavvelet2DSTs
- 使用Matlab7.3开发的使用整数小波变换对图像进行3级分解与重构的程序源码，具有详详细的实验报告，与演示结果截图，目录下包含程序源码中用到的图像等全部文件。 -The use of integer wavelet transform using Matlab7.3 developed 3 image decomposition and reconstruction of program source code, details and a detailed experimental r
TWavvelet22Dh
- 此源代码,是一个实现离散余弦变换的程序源码，包含普通的离散余弦变变换与整数离散余弦变换，能轻松的移植到你的程序源码中 -This source code is an implementation of the program source code of the discrete cosine transform, discrete cosine ordinary variable transformation and integer discrete cosine transform c
THaddamaah
- 本程序源码为哈达玛变换的Visual C++实现，能够实现矩阵阵任意阶数的变换（2的任意整数次幂） -The program source code for the Visual C++ Hadamard transform to achieve transformation matrix array of any order (any integer power)
D
- 第四届华为杯程序设计竞赛D题目。问题输入 输入包括多个测试用例，首先给出测试用例数N，接着给出N个测试用例，每一个测试用例包括1行，首先给出正整数序列数M，接着依次给出M个正整数，1≤N≤100000，2≤M≤500000，正整数大小不超过1000。 问题输出 针对每一个测试用例，输出一行，给出对一系列正整数进行任意次变换后求得的最小之和。 样例输入 2 4 2 4 8 16 3 3 2 2 样例输出 8 3 -Problem input Inp
FFT
- 快速傅立葉變換是離散傅立葉變換的快速演算法，也可用於計算離散傅立葉變換的逆變換。快速傅立葉變換有廣泛的應用，如數位訊號處理、計算大整數乘法、求解偏微分方程等等。-Fast Fourier transform is a fast discrete Fourier transform algorithm can also be used to calculate the discrete Fourier transform of the inverse transform. Fast Fourier
ghsc268501130000331
- Fouriest-Transform: Computes the Fouriest Transform of a base-10 integer.
MATLAB--example
- 06一维连续小波变换 画出连续小波整数变换尺度和用sym2小波尺度谱，使用分形信号作为输入 07 分形信号 离散和连续小波变换 对比-One dimensional continuous wavelet transform and draw the continuous One dimensional continuous wavelet transform and draw the continuous integer wavelet transform scale spectrum w
Smart_Makefile_func
- transform low bit and hight bit integer num-transform low bit and hight bit integer num
graph
- 一组转换函数用于十六进制字符串二进制字符串八进制字符串到十进制整数相互转换-A set of transition function for hexadecimal string octal binary string string to a decimal integer transform each other
78718877
- 一组转换函数用于十六进制字符串二进制字符串八进制字符串到十进制整数相互转换(A set of transition function for hexadecimal string octal binary string string to a decimal integer transform each other)
使用整数小波变换
- 整数小波变换的小实验，附有图片和说明。是一次作业。(A small experiment of integer wavelet transform)
Masera2017.pdf.tar
- This work analyses the actual throughput of the Discrete Sine Transform (DST) stage in a realistic HEVC encoder, which executes the rate-distortion optimization algorithm to achieve high compression quality. Then, a low complexity DST factorizati
MaseraConf_17.pdf.tar
- In this paper, we present area- and power-efficient architectures for the implementation of integer discrete cosine transform (DCT) of different lengths to be used in High Efficiency Video Coding (HEVC). We show that an efficient constant matrix-