资源列表
zhishaiziwenti
- 用蒙特卡洛法仿真掷骰子问题，可以通过增加实验次数来无限逼近理论概率-Dice with the Monte Carlo simulation of the problem, you can experiment by increasing the number of times the probability of an infinite approximation theory
mengtekaluo
- 这是一段利用matlab仿真抛骰子问题的蒙特卡洛算法，要求两个骰子的点数之和大于6并且第一个点数大于第二个点数-This is a simulation using matlab problem throwing dice Monte Carlo algorithm, to ask the two points of the dice and more than 6 points higher than the first and second points
gold
- 用MATLAB生成平衡gold序列，对刚学如何生成序列的同学很有帮助，他比较简单-Gold using MATLAB generates a balanced sequence of pairs of just learning how to generate useful sequence of classmates, he is relatively simple
matlabPyrTools
- This package contains some MatLab tools for multi-scale image processing. Briefly, the tools include: - Recursive multi-scale image decompositions (pyramids), including Laplacian pyramids, QMFs, Wavelets, and steerable pyramids. These oper
PramaterTest
- 此程序为用matlab实现信号特征提取的实验程序，将待处理的一维时间函数赋给work2中的x1tRE，运行work2即可 -This procedure is used to achieve signal feature extraction matlab experimental procedures, will be dealt with one-dimensional function of time assigned to work2 in x1tRE, you can run wo
EBMA
- 用MATLAB实现基于块匹配算法的运动估计，使用的算法是EBMA，能运行处结果的。-Using MATLAB to achieve block-matching algorithm based on motion estimation, using the algorithm is EBMA, can run office results.
DFP
- dfp算法的matlab实现实例，源代码-dfp algorithm matlab implementation
EX09_04
- 关于Google Map的源码,用于定位所在的位置，相当实用-The code for Google Map
BCS_
- 贝叶斯压缩感知的仿真程序，此程序使用LAPLACE先验，-This is a simple example to test the fast Laplace algorithm from the following paper: S. D. Babacan, R. Molina, A. K. Katsaggelos. bayesian Compressive Sensing using Laplace Priors
random1024
- s=21的s-随机交织图样代码 matlab下生成1024位图样，直接运行-s = 21 for s-random interleaver design code
muscl
- 基于muscl格式一维喷管流动计算，格式采用参数η取为0 的Van Leer限量因子。-muscl
CH2
- L2_1.m: 二維迴旋積(程式) L2_2.m: 矩陣的直積(程式) L2_3.m: 馬可夫鏈的轉移機率(程式) -L2_1.m: two-dimensional plot roundabout (the program) L2_2.m: Matrix product (program) L2_3.m: Markov chain transfer rate of (program)