  We use the perturbation method to calculate the masses and widths for 27-plet
baryons with spin 3/2 from chiral soliton models. According to the masses and
quantum numbers, we find all the candidates for non-exotic members of 27-plet.
The calculation of the widths shows that these candidates manifest an
approximate symmetry of the 27 representation of the SU(3) group, and the
quantum numbers of $\Xi(1950)$ seem to be $I(J^P)={1/2}({3/2}^+)$. Up to
leading order of the strange quark mass, we find that the exotic members have
widths much larger than those of the anti-decuplet members.
