The chiral unitary approach has been broadly used in the study of pseudoscalarpseudoscalar and pseudoscalar-baryon interactions, where it is shown to generate many mesonic and baryonic resonances, respectively[1-5].From the hidden gauge symmetry formalism, the vector meson interaction is included in the Lagrangian, and then the resonances generated in the vector-vector meson interaction and vector-baryon interaction are obtained\cite{6-10].In this talk, we will introduce our recent work on how to generate resonances dynamically from the vector octet-baryon decuplet interaction[10].One shows that some of the generated states can be associated with some known baryon resonances in the PDG data[11], while others are predictions for new states.Furthermore, we calculate the radiative decay widths of these resonances into a photon and a baryon decuplet[12].