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.TH SPIHTENCODE 1 "QCCPACK" "" .SH NAME spihtencode, spihtdecode \- encode/decode an image using the SPIHT algorithm .SH SYNOPSIS .sp .B spihtencode .RB "[\|" \-w .IR wavelet "\|]" .RB "[\|"

/* * * QccPack: Quantization, compression, and coding utilities * Copyright (C) 1997-2001 James E. Fowler * */ /* * -------------------------------------------------------------------

function [expected,normfitness]=rank85(pop,params,state) %RANK85 Calculates expected number of offspring for the GPLAB algorithm. % RANK85(POPULATION,STATE) returns the vector with the expected

% Genetic Optimization Toolbox % % Main interface % ga.m The Genetic Algorithm % initializega.m Initialization function for float and binary % repres

Operation Instructions： 1.The program is used to measure the running time for three functions which calculate X^N. 2.At the beginning of the program, you will see the menu below: Welcome to Use

function [ V , D ] = joint_diag(A,jthresh) % function [ V , D ] = joint_diag(A,jthresh) % % Joint approximate of n (complex) matrices of size m*m stored in the % m*mn matrix A by minimization of

% Classification GUI and toolbox % Version 1.0 % % GUI start commands % % classifier - Start the classification GUI % enter_distributions - Starts the parameter input screen (used by classif

EM algorithm for Mixture models

EM algorithm for Mixture models

function [Y,X1,v,Psi] = pca(X,numvecs, options) % pca - compute the principal component analysis. % % [Y,X1,v,Psi] = pca(X,numvecs) % % X is a matrix of size dim x p of data points. % X1 is the