An image processing system, which is utilized in a virtual reality system or an augmented reality system, comprising a motion detection module, a dynamic image processing module, an image display module and an intervention instruction module, wherein: the motion detection module is configured to detect and acquire actual motion information that a user applies on the virtual reality system or the augmented reality system, and to send the actual motion information to the dynamic image processing module; the intervention instruction module is configured to generate and activate an intervention instruction and to send the intervention instruction to the dynamic image processing module, and intervene in an image processing process of the dynamic image processing module; the dynamic image processing module is configured to receive the actual motion information sent by the motion detection module and the intervention instruction sent by the intervention instruction module, and to dynamically generate an image imposed with the intervention instruction based on the actual motion information and the intervention instruction, and to send the image imposed with the intervention instruction to the image display module; the image display module is configured to receive the image imposed with the intervention instruction sent by the dynamic image processing module and to display, and affect and intervene a behavior of the user; characterized in that, the intervention instruction is an instruction intervening the behavior of the user when needed, and configured to lead the user to move along a certain direction by implementing a deflection of the image display along the certain direction, wherein, the intervention instruction comprises an intervention parameter offset value, the intervention parameter offset value is an intervention value used for computing image motion data in a dynamic image generating process, a range of the deflection of the image display is less than a range of the user moving along a certain direction, and the difference between the range of the deflection of the image display and the range of the user is equal to the intervention parameter offset value. the motion detection module is configured to detect and acquire actual motion information that a user applies on the virtual reality system or the augmented reality system, and to send the actual motion information to the dynamic image processing module; the intervention instruction module is configured to generate and activate an intervention instruction and to send the intervention instruction to the dynamic image processing module, and intervene in an image processing process of the dynamic image processing module; the dynamic image processing module is configured to receive the actual motion information sent by the motion detection module and the intervention instruction sent by the intervention instruction module, and to dynamically generate an image imposed with the intervention instruction based on the actual motion information and the intervention instruction, and to send the image imposed with the intervention instruction to the image display module; the image display module is configured to receive the image imposed with the intervention instruction sent by the dynamic image processing module and to display, and affect and intervene a behavior of the user; characterized in that, the intervention instruction is an instruction intervening the behavior of the user when needed, and configured to lead the user to move along a certain direction by implementing a deflection of the image display along the certain direction, wherein, the intervention instruction comprises an intervention parameter offset value, the intervention parameter offset value is an intervention value used for computing image motion data in a dynamic image generating process, a range of the deflection of the image display is less than a range of the user moving along a certain direction, and the difference between the range of the deflection of the image display and the range of the user is equal to the intervention parameter offset value.