A method for motion compensation adaptive image processing, which processes
an image data received from an external source, stores the processed image
data and restores the stored data to the received image data, the method
comprising the steps of analyzing the received image data into image data
having relatively high frequency component and relatively low frequency
component, compressing/coding the image data having relatively high
frequency component and relatively low frequency component by allocating
predetermined bits, dividing the compressed/coded image data into a value
corresponding to relatively high frequency component and a value
corresponding to relatively low frequency component, and decoding the
values and restoring the received image data based on the decoded image
data.
