Berry＇s　approach　on　＂transitionless　quantum　driving＂　shows　how　to　set　a　Hamiltonian　which　drives　the　dynamics　of　a　system　along　instantaneous　eigenstates　of　a　reference　Hamiltonian　to　reproduce　the　same　final　result　of　an　adiabatic　process　in　a　shorter　time.　In　this　paper,　motivated　by　transitionless　quantum　driving,　we　construct　shortcuts　to　adiabatic　passage　in　a　three-atom　system　to　create　the　Greenberger-Horne-Zeilinger　states　with　the　help　of　quantum　Zeno　dynamics　and　of　non-resonant　lasers.　The　influence　of　various　decoherence　processes　is　discussed　by　numerical　simulation　and　the　result　proves　that　the　scheme　is　fast　and　robust　against　decoherence　and　operational　imperfection.