Before describing Saurabh's contribution, there are two salient facts required to understand the importance of this competition:
1) It is more important than a language modeling competition. It is
knowledge comprehension. To quote
Gregory Chaitin, "Compression is comprehension."
- Every programming language is described in Wikipedia.
- Every scientific concept is described in Wikipedia.
- Every mathematical concept is described in Wikipedia.
- Every historic event is described in Wikipedia.
- Every technology is described in Wikipedia.
- Every work of art is described in Wikipedia -- with examples.
- There is even the Wikidata project that provides Wikipedia a substantial amount of digested statistics about the real world.
Are you going to argue that
comprehension of all that knowledge is insufficient to
generatively speak the
truth consistent with all that knowledge -- and that this notion of "truth" will not be
at least comparable to that
generatively spoken by large language models such as ChatGPT?
2) The above also applies to
Matt Mahoney's Large Text Compression Benchmark, which, unlike the Hutter Prize, allows unlimited computer resources.
However the Hutter Prize is geared toward research in that it restricts computation resources to the most general purpose hardware that is widely available.
Why?
As described by the seminal paper
"The Hardware Lottery" by Sara Hooker, AI
research is
biased toward algorithms optimized for
existing hardware infrastructure. While this hardware bias is justified for
engineering (applying existing scientific understanding to the "utility function" of making money) to quote Sara Hooker, it "
can delay research progress by casting successful ideas as failures".
Saurabh Kumar's Contribution
The complaint that this is "mere" optimization ignores the fact that this was done on general purpose computation hardware, and is therefore in line with the spirit of Sara Hooker's admonition to researchers in "The Hardware Lottery". By showing how to optimize within the constraint of general purpose computation, Saurabh's contribution may help point the way toward future directions in hardware architecture.