Considering two-mode entangled coherent light fields,one mode of the fields was poured into the cavity with a two-level atom and interacted with it by k photons non-resonantly. During the course of cavity-QED evolution of the total system,a selective measurement of the atom was carried out. Through manipulating the evolution time and the parameter of the coherent field which interacted with atom,in certain conditions,the non-classical light such as anti-bunching and squeezing state can be generated,and the strength of non-classical property can be changed. In this way by using the technique for cavity-QED with k photons non-resonantly and the entangled correlation between the coherent light fields,controlor change the non-classical properties of coherent light fields remotely without direct measurement was implemented effectively.