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authorNao Pross <np@0hm.ch>2021-10-27 19:36:49 +0200
committerNao Pross <np@0hm.ch>2021-10-27 19:36:49 +0200
commit0bff4f6017de929991cb8b8f3eb091d4df2cdb6f (patch)
tree88b81fa5fe1ccef25d3a30d94e2bf6103c67ae0e /doc/thesis/chapters
parentHardware AM korrigiert, QPSK angefangen (diff)
downloadFading-0bff4f6017de929991cb8b8f3eb091d4df2cdb6f.tar.gz
Fading-0bff4f6017de929991cb8b8f3eb091d4df2cdb6f.zip
Block diagram for QAM modulator
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@@ -17,6 +17,15 @@ In this section we will briefly give the mathematical background required by the
\section{Quadrature amplitude modulation (\(M\)-ary QAM)}
+\begin{figure}
+ \centering
+ \input{figures/tikz/qam-modulator}
+ \caption{
+ %% TODO: caption
+ \label{fig:quadrature-modulation}
+ }
+\end{figure}
+
Quadrature amplitude modulation is a family of modern digital modulation methods, that use an analog carrier signal. The simple yet effective idea behind QAM is to encode extra information into an orthogonal carrier signal, thus increasing the number of bits sent per unit of time. A diagram showing the process is found in figure \ref{fig:quadrature-modulation}.
%% TODO: Quick par on "we will dicusss M-Ary QAM"