Noise　plays　a　troublesome　role　for　entanglement　generation,　because　the　polarization　entanglement　of　photons　can　be　easily　disturbed　by　the　noise.　In　this　paper,　we　propose　a　protocol　to　prepare　Greenberger-Horne-Zeilinger　state　and　W　state　of　atoms　in　quantum　nodes　connected　by　collective-noise　channels　assisted　by　quantum　nondemolition　detectors　(QNDs)　and　the　controlled　phase　flip　gates.　The　frequency　degrees　of　freedom　are　exploited　in　our　protocol.　The　successful　probability　of　our　protocol　can　reach　100%　neglecting　the　photon　loss　and　assuming　that　the　efficiency　of　QNDs　is　1.　Moreover,　the　number　of　times　of　using　QNDs　is　limited,　and　this　makes　the　protocol　quite　effective　when　collective　noise　is　small.