Among　practical　active/semiactve　structural　control　systems,　Lots　of　control　methods　have　often　been　used.　However,　they　must　engage　a　long　process　of　theoretical　analysis　or　sophisticated　calculation　to　achieve　a　suitable　control　force　for　the　structure　to　suppress　vibration.　Therefore,　many　researches　on　structural　control　have　adopted　fuzzy　logic　feedback　control　systems　due　to　their　ability　to　deal　efficiently　with　imprecise　and　uncertain　data,　and　require　no　mathematical　models.　This　is　very　useful　for　structural　vibration　control.　However,　fuzzy　control　theory　still　lacks　a　systemic　design　guidance　to　set　up　the　corresponding　rule-bases　at　present.　In　order　to　solve　this　problem,　recently　a　new　idea　for　structural　control,　i.e.　the　off-and-towards-equilibrium　(OTE)　control　strategy　has　been　presented.　For　a　fuzzy　control　system,　a　set　of　rules　can　be　extracted　easily　on　the　basis　of　the　idea.　In　this　paper,　the　seismic　response　control　of　a　multi-storey　structure　with　an　active　mass　driver　(AMD)　is　analyzed.　In　the　example　system,　according　to　the　OTE　strategy　the　rule-bases　of　the　corresponding　fuzzy　control　system　are　established　and　simulating　results　verify　its　rationality　and　validity.