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; Code Composer Project File, Version 2.0 (do not modify or remove this line) [Project Settings] ProjectName="useraudio" ProjectDir="F:\5410\Algorithm\exp07_cpu1\" ProjectType=Executable CPUFam

------------------------------ ualw.pjt - Debug ------------------------------ "c:\ti5x\c5400\cgtools\bin\cl500" -g -q -fr"F:/5410/Algorithm/exp07_cpu1/Debug" -d"_DEBUG" -v548 -@"Debug.lkf" "audio.

/* Multiply two 32-bit numbers, V1 and V2, to produce a 64 bit result in the HI/LO registers. The algorithm is high-school math: A B x C D ------ AD || BD AC ||

%% Face recognition % This algorithm uses the eigenface system (based on pricipal component % analysis - PCA) to recognize faces. For more information on this method % refer to http://cnx.org/conte

/* ANT-CYCLE ALGORITHM FOR TSP File: data_input.h Purpose: define functions used for read data from input file */ #ifndef __DATA_INPUT_H__ #define __DATA_INPUT_H__

function [xP] = predict_grad(xP,G,rx,lamda) %This rouine uses the gradient descent algorithm to try to help %'push' particles to a region of higher probability before the %state update equation g

This is a set of MATLAB m-files implementing the mixture fitting algorithm described in the paper M. Figueiredo and A.K.Jain, "Unsupervised learning of finite mixture models", IEEE Transaction o

function [bits_alloc,energy_alloc] = BitLoad(subchan_gains,total_bits,num_subc,gap,noise,M) % Bit Loading Algorithm % --------------------- % % Inputs : % subchan_gains : SubCarrier Gain

% Chow's Algorithm % ---------------- % This is based on the paper by Chow et al titled % % A Practical Discrete Multitone Transceiver Loading Algorithm % for Data Transmission over Spectrally Shaped

%fwt check [Lo_d,Hi_d]=wfilters ('db1','d'); %decomposition filters for the fwt algorithm ('gaus'?) a=1:1:128; [ca1,cd1]=dwt (a,Lo_d,Hi_d); %first scale [ca2,cd2]=dwt (ca1,Lo_d,Hi_d); %seco