We　propose　an　efficient　error　correction　protocol　for　N-particle　polarization　entanglement　states　distribution　over　the　collective-noise　channel.The　time　entanglement　is　exploited　in　our　protocol　for　its　stability　in　noisy　environment.　The　protocol　is　deterministic　and　the　successful　probability　is　100　%.　Moreover,　the　setup　is　just　composed　of　linear　optical　elements,　which　are　feasible　with　existing　experimental　technology.　Therefore,　the　quantum　resources　can　be　saved　and　the　protocol　can　be　easily　realized　in　experiments.　With　all　the　advantages　above,　our　protocol　could　be　useful　in　remote　quantum　communication.　©　2014　Springer-Verlag　Berlin　Heidelberg.