In a variety of different engineering systems there is a requirement to isolate sensitive equipment and foundation from the vibration. Passive solutions to this problem provide some isolation but at low frequencies performance is significantly degraded. As the reason, active vibration isolation is known well. This method has improved the performance specifically. The hybrid active/passive solution as the "mass spring damping" mount, is introduced using the parameter optimization iterative learning control to deal with periodic vibration sources. And using the MATLAB get the better simulation result that at the frequency of 10 Hz, system could make the displacement to zero with a faster speed, to achieve vibration isolation.