We　propose　an　efficient　protocol　for　complete　polarized　photons　Bell-states　and　Greenberger-Horne-Zeilinger　(GHZ)-states　analysis　assisted　by　atoms.　With　the　help　of　assistant　atoms　and　some　simple　liner　optical　elements,　the　analysis　of　both　polarization　Bell　states　and　GHZ　states　can　be　performed　completely.　In　our　protocol,　the　assistant　atoms　are　trapped　in　cavity　quantum　electronic　dynamics　(QED),　which　is　feasible　with　current　experimental　technology.　Moreover,　the　polarized　photons　entangled　states　will　not　be　destroyed　in　our　protocol.　Therefore,　our　scheme　might　contribute　to　the　quantum　communication,　quantum　computation,　and　some　other　fields　in　quantum　information　processing.　©　2014　Optical　Society　of　America.