Adult Income: The Dataset That Exposed ML's Fairness Problem
The Adult Income dataset was extracted from a census to study poverty, and accidentally became the standard test for algorithmic fairness.
The datasets and benchmarks that defined what problems AI would solve - and how we measure progress.
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The Adult Income dataset was extracted from a census to study poverty, and accidentally became the standard test for algorithmic fairness.
California Housing replaced the Boston dataset after researchers found Boston embedded racial data in a feature called "lower status." California became the clean regression standard.
CIFAR-10 was assembled by Alex Krizhevsky in Hinton's lab, and the techniques he developed to crack it became AlexNet.
Andrew Maas scraped 50,000 IMDB reviews to study word vectors for sentiment, and created NLP's first large-scale transfer learning benchmark.
Kaggle launched with the Titanic dataset and accidentally created the on-ramp for a generation of data scientists.
A European credit card dataset with 492 frauds in 284,807 transactions taught the field how to handle extreme class imbalance.
AG News was assembled to test whether character-level convolutions could classify text, and it became the standard benchmark for fast, scalable text classification.
SQuAD turned Wikipedia into a reading comprehension exam, and BERT passed it at human level in 2018, a moment that stopped the field.
François Chollet designed ARC-AGI to be unsolvable by memorisation. It required visual pattern generalization from just a few examples. For five years, top AI systems scored near zero.
MMLU asked language models 57 different exam questions, from elementary school to medical licensing, and became the single number every LLM is judged by.
GSM8K was 8,500 grade-school math problems, and GPT-3 failed at them. Then chain-of-thought prompting was discovered, and they became solvable.
OpenAI built HumanEval to measure Codex: 164 hand-written Python problems that became the standard exam for every code-generating AI since.
GAIA asked AI assistants 466 real-world questions that a human with internet access could answer in minutes. Humans scored 92%. GPT-4 with tools scored 15%.
SWE-Bench pulled 2,294 real GitHub issues from production codebases. Early models solved 2% of them. Then AI coding agents became the fastest-moving benchmark in history.