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y: MODULE USE_SEIZE_FILE "pr-5646-grt.grt" SEIZE a_ps; p: PROC (); DCL xx a_ps; xx := [a, b]; END p; p(); END y;

y: MODULE USE_SEIZE_FILE "pr-5646-grt.grt" SEIZE a_ps; p: PROC (); DCL xx a_ps; xx := [a, b]; END p; p(); END y;

Y:\WTK20\bin\emulator.exe -Xdevice:DefaultColorPhone -Xdescriptor:"X:\JavaProject\MotorolaV600\POP2\Package\POP2V600.jad"

#define CONFIG_INPUT_MOUSEDEV_SCREEN_Y (768)

% y = sovfilt(h,x,L1,L2) % Returns the response of the nonlinear second % order Volterra filter h when the signal x is % applied at the filter input. L1 is the memory % length of th

% [y,a,b,u,t,s,p] = asptcsoiir2(xn,u,y,a,b,t,s,p,mu_t,mu_s,t_lim,s_lim) % % Sample per sample filtering and parameters update for a % cascade of M Second order type-2 IIR Adaptive Line Enhanc

% y = osfilter(h,x,L) % Filters the signal x through the filter h % in frequency domain using overlap-save. % If given, L is used as the new samples per % block, otherwise L is calculated i

% [y,a,b,e,t,s] = asptsoiir2(u,y,a,b,e,t,s,mu_t,mu_s,t_lim,s_lim) % % Performs filtering and parameter update for the narrow-band % Second Order IIR type-2 adaptive filter obtained from %

% [y,a,b,e,w,s] = asptsoiir1(u,y,a,b,e,w,s,mu_w,mu_s,w_lim,s_lim) % % Performs filtering and parameter update for the % narrow-band Second Order IIR type-1 adaptive filter. % The filte