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LastWave Header Name : m Signal dx : 9.0702946e-05 Signal size : 32768 Signal energy : 5.8339369e+10 Decomp border type 3 Decomp atomWindow 4 Decomp oMin 1 oMax 11 Decomp tNSON 2 f

LastWave Header Name : m Signal dx : 9.0702946e-05 Signal size : 44542 Signal energy : 1.4063855e+12 Decomp border type 3 Decomp atomWindow 9 Decomp oMin 2 oMax 14 Decomp tNSON 2 f

LastWave Header Name : m Signal dx : 6.2500003e-05 Signal size : 6001 Signal energy : 9.7664134e+08 Decomp border type 3 Decomp atomWindow 4 Decomp oMin 2 oMax 12 Decomp tNSON 3 fN

function [sym_err_rat] = cpfsk(EbN0, m, Ns, frm_num) % sqwang's source code, used for academic research, not commerce. % EbN0: bit energy divides noise power spectrum density % m: Size of modulat

function [dph_smooth_series,F,model,energy,count]=uw_sb_smooth_unwrap(bounds,OPTIONS,G,W,dph,x1,varargin) %UW_SB_SMOOTH_UNWRAP Unwrap by fitting a smooth function % % Andy Hooper, June 2007

/* TEST BED FOR TESTING SINGLE PHASE ENERGY MEASUREMENT IC CS5463 IN HYPER TERMINAL*/ /* CREATED BY B.M.S.C.E FROM BANGALORE */ #include #include #include sbit

MODULE_NAME = radio_mimo_ms DEPENDS = stfa_ics rrc_complex synch energy mapper midamble \ random spread macro_synch_complex_ics rndstr sink split chest \ macro_sch source MOD_USER

MODULE_NAME = radio_selected04_ms DEPENDS = rrc synch energy mapper midamble \ random spread macro_synch macro_sch rndstr sink \ test_data BASE := $(shell pwd | perl -pi -e "s/(.*(SRadio|Main)[^\/]

MODULE_NAME = radio_mimo_ms DEPENDS = stfa_ics rrc_complex synch energy mapper midamble \ random spread macro_synch_complex_ics rndstr sink split chest \ macro_sch source MOD_USER

MODULE_NAME = radio_selected04_ms DEPENDS = rrc synch energy mapper midamble \ random spread macro_synch macro_sch rndstr sink \ test_data BASE := $(shell pwd | perl -pi -e "s/(.*(SRadio|Main)[^\/]