  We study the hypercyclic, supercyclic and cyclic properties of composition
operator $C_{\phi}$ on the Segal-Bargmann space $\mathscr{H}(\mathscr{E})$,
where $\phi (z)=Az+b$, $A\in \mathcal{B}(\mathscr{E})$, $b\in \mathscr{E}$ with
$\left\|A\right\|\leq 1$ and $A^*b\in (I-A^*A)^{\frac{1}{2}}$. In this
connection we also give a characterization of the symbols $\phi$ which induce
the bounded composition operator $C_{\phi}$ on $\mathscr{H}(\mathscr{E})$ and
show that the properties of $\phi$ influence the cyclic behaviour of
$C_{\phi}$.

Functional Analysis;Dynamical Systems