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m contents.m

% HMMBOX, version 4.1, I. Rezek, University of Oxford, July 2001 % Matlab toolbox for Variational estimation of Hidden Markov Models % % hmminit initialise HMM (for backward compatibility onl
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h rcode.h

/* RCODE.H - Parity chk and gen matrix storage, and procedures to read them.*/ /* Copyright (c) 2000 by Radford M. Neal * * Permission is granted for anyone to copy, use, or modify this program
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html encoding.html

Encoding Message Blocks Encoding Message Blocks To use a code to send messages, we must define a mapping from a bit vector, s, of len
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html dep-h.html

Linear Dependence in Parity Check Matrices Linear Dependence in Parity Check Matrices If a code is specified by means of a M by
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c sge.c

/* Copyright (c) Colorado School of Mines, 2003.*/ /* All rights reserved. */ /*********************** self documentation **********************/ /******************************
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c dge.c

/* Copyright (c) Colorado School of Mines, 2003.*/ /* All rights reserved. */ /*********************** self documentation **********************/ /******************************
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m splsqr.m

function x = splsqr(A,b,lambda,Vsp,maxit,tol,reorth) %SPLSQR Subspace preconditioned LSQR for discrete ill-posed problems. % % x = splsqr(A,b,lambda,Vsp,maxit,tol,reorth) % % Subspace preconditio
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m splsqrl.m

function x = splsqr(A,L,b,lambda,Vsp,maxit,tol,reorth) %SPLSQR Subspace preconditioned LSQR for discrete ill-posed problems. % % x = splsqr(A,L,b,lambda,Vsp,maxit,tol,reorth) % % Subspace precond
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m blur.m

function [A,b,x] = blur(N,band,sigma) %BLUR Test problem: digital image deblurring. % % function [A,b,x] = blur(N,band,sigma) % % The matrix A is an N*N-by-N*N symmetric, doubly block Toeplitz matrix
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m midrad.m

function [midpoint, radius] = midrad(a) %MIDRAD (interval) computes midpoint and radii of a given interval matrix. % %b4m - datatype interval Version 1.02 (c) 26.2.1998 Jens Zemke % % D