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Perhaps a better question is if LLMs are used as compressors, how well is that expected to work.


> if LLMs are used as compressors, how well is that expected to work

Quite well. This project[1], by Fabrice Bellard of ffmpeg fame, is quite old in AI years and uses an ancient LLM, but still beats xz by a solid margin.

[1]: https://bellard.org/ts_zip/


Makes me wonder if compression ratio can be used as a measure for intelligence. Any benchmarks using it?


> Any benchmarks using it?

A challenge as I understand it is reproducibility.

Normal LLM runtimes aren't typically fully reproducible even with same random seeds for distribution sampling, due to floating-point numbers, batching and such.

Though averaging over many runs could alleviate that I suppose.

While it would measure some aspects of intelligence, I'd argue it fails to capture other, more creative aspects.


Extremely well, aside from speed.


> aside from speed.

And energy consumption.


I wonder if, on an information theoretical level, compression radiates heat, and decompression absorbs it?




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