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We list some relevant known results about $\K^{\mu}$. The logic has a sound and (weakly) complete axiom system \cite{Walukiewicz_2000}. The satisfiability problem of $\K^{\mu}$ is decidable \cite{Streett_1984}. The complexity of the model-checking problem for $\K^{\mu}$ is known to be in NP $\cap$ co-NP \cite{Gr_del_1999}. However, it is known that the model-checking problem for a formula of size $m$ and alternation depth $d$ on a system of size $n$ is $O(m \cdot n^{d+1})$ \cite{Emerson_2001}, where the alternation depth of a formula of $\L^{\K^{\mu}}$ is the maximum number of $\mu/\nu$ alternations in a chain of nested fixpoints.
\subsection{On the Logic of Influence
Networks} Graphs}
\paragraph{The class of Influence Graphs}
The class of (possibly infinite) influence graphs is characterized by the following properties:
\begin{align}
\lbox \phi \limp \ldia \phi & & \mbox{(seriality)} \\
\ldia \phi \limp \lbox \phi & & \mbox{(functionality)}
\end{align}
\paragraph{Expressing convergence}
\ldots
\paragraph{Validities of
the Class of Influence
Networks} Graphs}
\ldots
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