as their strong coupling to the environment causes fast decoherence that quickly pushes them to the classical world.For example,quantum coherence is hard to survive in mechanical vibration of macroscopic solids, which involves collective motion of a large number of strongly interacting atoms. Despite this challenge, achieving quantum control for the optomechanical systems becomes a recent focus of interest with remarkable progress. This is driven in part by the fundamental interest and in part by the potential applications of these systems for quantum signal transduction, sensing and quantum information processing.