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Getting 50% (SoTA) on Arc-AGI with GPT-4o

(redwoodresearch.substack.com)
394 points tomduncalf | 1 comments | | HN request time: 0.251s | source
1. machiaweliczny ◴[] No.40721660[source]
This challenge looks quite solvable but it's relies on physics understanding and it's has a lot of human/world priors in sense of space understanding and object boundaries.

Seems like it relies on identification of objects and then mapping them somehow. Most of the cases so far that I've seen are based on some transformation or relation between the objects.

So far it seems like some search among common transformatiosn and relations could solve it. Plus some heuristics/computation for counting order, wholeness(boundary) or pattern.

IMO it can be solved by search of programs that combine these + some LLM to guide heuristics most likely.

The only hard one was applied noise or one testing understanding of "gravity".

Did anyone test human baseline for this?