Comment by evilmathkid
5 days ago
> In the university I first dropped out of, students that surpassed me studied by getting and sharing copies of previous exams and solving those question
Yes what you describe would be cheating. My approach is the opposite. What I did was "Carry your textbook to the exam and then learn from scratch during the exam"
What you described is cheating because more time than the exam permits. ARC was designed specifically to avoid this. The exam in question (kaggle competition) is 12hrs long with 4xL4s. I trained on 1.5hrs with a single 5090 (which converted to 4xL4s is slightly longer, but still within 12hrs).
(There's also access to experts who know the answer, which kaggle bans by banning the internet)
Lucas describes it well here (and his original tweet up the thread): https://x.com/giffmana/status/2002128356901597509
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Your arguments btw support my work over the LLMs more. LLMs today are postrained with a large amount of synthetic ARC data. (Exactly the "teach to test" criticism). Thats why they perform so well on ARC. Base models still are terrible at ARC-2
I didn't phrase that well and cant edit, so clarifying:
What I did was "You are born during the exam, given access to a training set (which is curated and allowed) and the questions then learn everything from scratch during the exam"
>Yes what you describe would be cheating. My approach is the opposite. What I did was "Carry your textbook to the exam and then learn from scratch during the exam"
>What I did was "You are born during the exam, given access to a training set (which is curated and allowed) and the questions then learn everything from scratch during the exam"
This is getting into metaphorgotten territory, I'd have to do a deep dive to really understand whether it is "cheating" or, more formally, a methodology that encourages overfitting.
But for what is worth, taking the textbook to the exam (regardless of whether you were born there or not), would be cheating in a test as well. Although it is possible that in the model training context it does not lead to overfitting, it certainly doesn't preclude it.
>Yes what you describe would be cheating. My approach is the opposite. What I did was "Carry your textbook to the exam and then learn from scratch during the exam"
It is comforting that someone agrees, to this day this is considered a gray-area (or not even that) by students, graduates and those that look up to the University of Buenos Aires institution.
well not if its an open textbook exam
in non metaphor terms: In many ML situations you can carry the train set with you test time. Eg: KNN, SVM, replay buffers, etc
this is one such case
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the separate overfitting concern is fair, look at private holdout performance for that. it performs on par with TRM (a comparable model) in the private set, ofc with far less compute
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