This paper proposes an iterative algorithm for the 3D synthesis of the electric far-field pattern of a conformal antenna array in
the presence of requirements on both the polarization and the dynamic range ratio (DRR) of the excitations. Thanks to the use
of selectable weights, the algorithm allows a versatile control of the DRR and of the polarization in a given angular region and
requires a low CPU time to provide the array excitations. Furthermore, a modified version of the algorithm is developed to enable
the optimization of the polarization state by phase-only control. Numerical results are presented to verify the usefulness of the
proposed approach for the joint pattern and polarization synthesis of conformal arrays with reduced or even unitary DRR.
