代码搜索结果

//////////////////////////////////////////////////////////////////////////////////////////////////////// //memory-op.cpp //内存管理实习 //将程序从文件读入每次的操作，并将结果输入到out.txt文件中 ///////////////////////

#!#!"1!!!!Y!%%!$#GFN97>F)(2Z='5!!""!!QNJ<7&H:3"E:8"U;!!%!!5!%E"!!!(`````!!)&;7VB:W5!%E"!!

$WS_DIR$\ADC&LCD\ADC_LCD.ewp $WS_DIR$\ADC&LCD\ADC_LCD_A.ewp

No=variance; tx_waveform=bpsk(u,1); %amp= 1 rx_waveform=awgn(tx_waveform,No);

% APSK Constellation Parameter; if M_ary==16 Phs1=Phs(1); Phs2=Phs(2); Constellation_Table = [ Amp(2)*cos(Phs2*3) + Amp(2)*sin(Phs2*3)* j Amp(2)*cos(Phs2*(-3)) + Amp(2)*sin(Phs2*(-3)

% APSK Constellation Parameter; if M_ary==16 Phs1=Phs(1); Phs2=Phs(2); Constellation_Table = [ Amp(2)*cos(Phs2*3) + Amp(2)*sin(Phs2*3)* j Amp(2)*cos(Phs2*(-3)) + Amp(2)*sin(Phs2*(-3)

#include #include #include #include "loader.h" #include "op.h" #include "filter.h" /* ----------------------------------------------------------------------- */ /* fu

function amp=tayl(noel,slldb,nbar) % % COMPUTES TAYLOR DISTRIBUTION FOR GIVEN SIDELOBE LEVEL AND NBAR % % AMP=ARRAY OF AMPLITUDES COMPUTED BY SUBROUTINE % NOEL=NUMBER OF ARRAY ELEMENTS

function amp=cosine(nel,peddb,nexp) % cosine on a pedestal distribution % scale the number of elements to correspond to -1 through +1 ped=10^(-peddb/20.); for n=1:nel xn=(n-1)/(nel-1)*2-1;

#include #include #include using namespace std; #include "OperClient.h" int main() { OperClient op; char ch; cout