Crazy-Space5384 t1_isf1r74 wrote on October 15, 2022 at 2:09 PM

Reply to comment by midasp in [D] Could a ML model be used for Image Compression? by midasp

But so does traditional data compression. So it‘s to be proven that an ML model gets closer to the entropy limit - given that the model must be transferred alongside the encoded text given the size restriction of the decompressor binary.

midasp OP t1_isf72lo wrote on October 15, 2022 at 2:50 PM

I'm sorry, I should have clarified that I have no interest in the Hutter Prize or its rules, nor is it about the getting close to the entropy limit.

My idea is more about the transmitter and receiver already having mutually shared information (stored within the ML model). In such a situation, the transmitter can reduce the amount of information that needs to be transmitted because it does not have to transmit that mutually shared information. The receiver will be able to combine the transmitted information with its shared information to rebuild the original message.

I should not have used the term "image compression", that is an error on my part and I apologize if it lead any confusion. It is only "compression" in the sense that we are transmitting less information rather than transmitting the message in its entirety and pushing the limits of information compression.