clear % % % a=[1 2 3 4 5 6 7 8 9 10 11 12 13]; b=[2 3 4 5 6]; zplane(b,a); h=gcf; points=[roots(a) ; roots(b)]; N_poles=length(a)-1; N_zeros=length(b)-1; NN=N_poles+N_zeros; [X Y]=gi
http://www.codebf.com/read/147422/5729314
function [a] = Levinson(k) len=length(k); for i=1:len a(i,i)=k(i); for j=1:i-1, a(i,j)=a(i-1,j)-k(i)*a(i-1,i-j); end end a=[1 a(len,:)];
http://www.codebf.com/read/147422/5729319
function y=rev_1a(x); lenx=length(x); y=x(lenx:-1:1);
http://www.codebf.com/read/147422/5729322
% % Callback function for "Frame length" slider of Time analysis window % Author : Minkyu Lee % Date : 4-Feb-1995 % % Get the value from the slider val=round( get(time_sl_fl_h,'Value') ); %
http://www.codebf.com/read/147422/5729350
http://www.codebf.com/read/147422/5729534
function [pit_trk] = pitchtrk(gci, LEN, Ts) num_block=LEN/100; for i=1:num_block, for j=1:length(gci)-1, if i*100 > gci(j) & i*100 < gci(j+1) tmp=gci(j+1)-gci(j); break; elseif i*100
http://www.codebf.com/read/147422/5729560
http://www.codebf.com/read/147422/5729567
function y=func_warp1(seg_frame, seg_range, range, orig_map) %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % % jmw % % 6/14/94 % % Maps desired map to length o
http://www.codebf.com/read/147422/5729625
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % % ww3_s_length.m % % jmw % 7/25/94 % % Insert silence window - LENGTH slider processing: % get the length and ro
http://www.codebf.com/read/147422/5729680
function y=rev(x) %FUNCTION: Y=REV(X) reverse the vector. %the output will be [ x(n),x(n-1),...x(1) ] n=length(x); y=x(n:-1:1);
http://www.codebf.com/read/147422/5729933
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