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SPIHT(Matlab).zip
- % Matlab implementation of SPIHT (without Arithmatic coding stage) % % By Jing Tian, scuteejtian@hotmail.com fprintf('----------- Welcome to SPIHT Matlab Demo! ----------------\n'); fprintf('----------- Load
EMdemo
- n this demo, we show how to use Rao-Blackwellised particle filtering to exploit the conditional independence structure of a simple DBN. The derivation and details are presented in A Simple Tutorial on Rao-Blackwellised Particle Filtering for Dynamic
KNNDEMO
- KNN DEMO This is a binary classification problem defined on a N*N field.
汉诺塔课程设计(修改后)
- 汉诺塔演示程序,用VB做成的图形界面,能够实现汉诺塔问题,也即是把N个盘子从一根棍上移到另一根上面,通过中转的棍,但是必须保证在每根棍上都是下面的盘子大于上面的盘子。-HANOR demo program using VB create graphical interface to HANOR problems, that is, N dishes from one club to another on the above-through the interchange stick, but i
spectral-clustering-demo
- spectral-clustering-demo 谱聚类的matlab演示程序,是学习谱聚类的好资料,经调试通过,包含n-cut和改进的n-cut-spectral-clustering-demo demo matlab spectral clustering, spectral clustering is good information to learn by debugging through, including the n-cut and improving the n-cut
yousehuhuan
- 数据结构实验报告 实验1 线性表及其应用 题目:约瑟夫环 一. 需求分析 1. 本演示程序中,人数n应为任意的,首先应输入一个值赋给初始报数上限m,程序应能自动保存出列人的序号和将出列的人所持的密码赋给m,再次作为报数上限,如此循环,直至所有人都出列为止。 2. 演示程序以用户和计算机的对话方式执行,即在计算机终端上显示“提示信息”之后,由用户在键盘上输入相应数据(即每个人所持的密码),每个人的序号由程序自动分配。 3. 程序执行的命令包括: (1)构造链表;(2)输
demo2
- This the demo file for L1 adaptive controller with unknown parameter, unknown disturbance, unknown control effectiveness: \dot x(t) = Ax(t) + b(\omega u(t) + \theta(t)^\top x(t) + \sigma(t)) DoSims.m: This scr ipt initializes the model para
demo1
- This the demo file for L1 adaptive controller with a simple unknown parameter: \dot x(t) = Ax(t) + b(u(t) - \theta^\top x(t)) DoSims.m: This scr ipt initializes the model parameters, run the simulation L1Model_sec1.mdl:the implement
Hyper_Sphere.zip
- Hyper shpere demo The n-hypersphere (often simply called the n-sphere) is a generalization ,Hyper shpere demo The n-hypersphere (often simply called the n-sphere) is a generalization
8数码
- 需要说明的是:本文示例图中的目标状态在计算上是最快捷的,首先取数很方便,一般地查看目标在第i个位置上的值,则需要访问数组goal[i],而这里goal[i]==i,故而无需访问数组;第二,要想知道数码n的目标位置,则需要找到goal[i]==n,然后row=i/3,col=i%3. 但是这里的话,row=n/3,col=n%3. 当我们用8位无符号整型来表示各个数码值(0~8)时,n/3和n%3操作是非常快的,比访问数组还快。 程序还提供一种玩游戏模式,即用户自己通过W,S,A,D四个键分