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Q 的代码
q.m
function [q]=Q(a,b,c,d)
S1=a;Ti1=b;
S2=c;Ti2=d; %取值
G1=tf([1],[225 30 1]);
G2=tf([Ti2 1],[S2*Ti2 0]);
G3=G1*G2;
sys1=feedback(G3,1);
G4=tf([1],[900 60 1]);
G5=tf([Ti1 1],[S1*Ti1 0]);
G6=G5*
q.m
% File: q.m
% Software given here is to accompany the textbook: W.H. Tranter,
% K.S. Shanmugan, T.S. Rappaport, and K.S. Kosbar, Principles of
% Communication Systems Simulation with Wireless App
q.asv
function varargout = q(varargin)
% Q M-file for q.fig
% Q, by itself, creates a new Q or raises the existing
% singleton*.
%
% H = Q returns the handle to a new Q or the handle to
q.m
function varargout = q(varargin)
% Q M-file for q.fig
% Q, by itself, creates a new Q or raises the existing
% singleton*.
%
% H = Q returns the handle to a new Q or the handle to
q.m
function [a]=Q(rx_symbol,modulation)
if ~isempty(findstr(modulation, 'BPSK'))
%BPSK
a = real(rx_symbol);
elseif ~isempty(findstr(modulation, 'QPSK'))
% QPSK
soft_bits = zeros(2*size(rx_symb
q.m
function [a]=Q(rx_symbol,modulation)
%***********************************************************************
% This file carries out 'slicing' operation to the nearest constellation
%*************