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Let $P_{\lambda\Sigma_n}$ be the Ehrhart polynomial associated to an intergalmultiple $\lambda$ of the standard symplex $\Sigma_n \subset \mathbb{R}^n$. Inthis paper we prove that if $(M, L)$ is an $n$-dimensional polarized toricmanifold with associated Delzant polytope $\Delta$ and Ehrhart polynomial$P_\Delta$ such that $P_{\Delta}=P_{\lambda\Sigma_n}$, for some $\lambda \in\mathbb{Z}^+$, then $(M, L)\cong (\mathbb{C} P^n, O(\lambda))$ (where $O(1)$ isthe hyperplane bundle on $\mathbb{C} P^n$) in the following three cases: 1.arbitrary $n$ and $\lambda=1$, 2. $n=2$ and $\lambda =3$, 3. $\lambda =n+1$under the assumption that the polarization $L$ is asymptotically Chowsemistable.

Some characterizations of the complex projective space via Ehrhart polynomials