For　the　vibration　control　of　the　Canton　Tower,　the　implementing　strategy　of　AMD　control　device　driven　by　multiple　linear　motors　was　presented.　The　performance　tests　of　the　directive　force,　feedback　driving　force,　actual　driving　force,　control　system,　velocity　limitation　by　software,　stroke　limitation　by　software,　control-force　homogeneity　and　time　lag　of　subsystem　AMD1　and　AMD2　control　device　driven　by　multiple　linear　motors　were　carried　out,　and　the　identification　method　and　the　calculation　formulas　of　ripple　thrust　and　comprehensive　resistance　force　for　AMD　control　device　driven　by　multiple　linear　motors　were　proposed.　The　results　of　actual　test　for　AMD　control　devices　driven　by　multiple　linear　motors　in　the　Canton　Tower　show　that　the　implementing　strategy　of　AMD　control　device　for　vibration　control　of　the　Canton　Tower　is　feasible.　Two　subsystems　AMD1　and　AMD2　can　receive　and　achieve　driving　force　and　the　security　system　with　stroke　limitation　and　velocity　limitation　by　software　have　outstanding　performances.　Meanwhile,　the　identification　method　and　the　calculation　formulas　of　ripple　thrust　and　comprehensive　resistance　force　are　suitable　for　identifying　the　AMD　performance,　and　the　subsystem　AMD1　and　AMD2　can　implement　the　control　force　synchronously　and　have　very　small　time　delay,　which　can　meet　the　requirement　of　vibration　control　for　the　Canton　Tower.　©,　2015,　Science　Press.　All　right　reserved.