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/* wlan_power.ps.c */ /* Received power model for WLAN suite physical layer modeling. */ /****************************************/ /* Copyright (c) 1993-2007 */ /* by OPNET Technologies, I

% Use this input file to excite function "ssj_req" clear all pt = 5.0e+3; % peak power in Watts g = 35.0; % antenna gain in dB freq = 5.6e+9; % radar operating frequency in Hz sigma = 1

%ssj_reqi clear all pt = 50.0e+3; % peak power in Watts g = 35.0; % antenna gain in dB freq = 5.6e+9; % radar operating frequency in Hz sigma = 10.0 ; % radar cross section in m sqau

% Use this input file to excite function "ssj_req" clear all pt = 50.0e+3; % peak power in Watts g = 35.0; % antenna gain in dB freq = 5.6e+9; % radar operating frequency in Hz sigma =

function [e,w] = Mmax_gsdlms(x,d,Ns,K,L,M,w0,mu,lambda,epsilon) %[e,w] = Mmax_gsdlms(x,d,Ns,K,L,M,w0,mu,lambda,epsilon) implements the %M-max GSD-LMS algorithm using DCT and single-division power no

function [e,w] = full_gsdlms(x,d,Ns,K,L,w0,mu,lambda,epsilon) %[e,w] = full_gsdlms(x,d,Ns,K,L,w0,mu,lambda,epsilon) implements the %full-update GSD-LMS algorithm using DCT and single-division power

function [e,w] = Mmax_tdlms(x,d,N,M,w0,mu,lambda,epsilon) %[e,w] = Mmax_tdlms(x,d,N,M,w0,mu,lambda,epsilon) implements the M-max %TD-LMS algorithm using DCT and single-division power normalization