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The “Bitter Lesson” states that simpler algorithms with more data usually outperform complex, hand‑crafted methods
  • Originating from Richard Sutton’s paper, the lesson observes that across AI history, scaling data and compute beats specialized engineering.
  • Fei‑Fei Li notes that ImageNet embodied this principle: a straightforward convolutional network plus massive labeled data outperformed decades of hand‑engineered vision pipelines.
  • The lesson has guided modern deep‑learning research, encouraging researchers to prioritize data collection and compute resources.
  • It serves as a reminder that progress often comes from brute‑force scaling rather than clever tricks.
  • Understanding this principle helps set realistic expectations for future AI breakthroughs.
Fei‑Fei LiLenny's Podcast00:51:10

Supporting quotes

If you look at the history of AI algorithmic development, simpler models with a ton of data always win at the end of the day. Fei‑Fei Li
Explaining the Bitter Lesson
That's why I built ImageNet – I believed big data plays that role. Fei‑Fei Li
Motivation for ImageNet

From this concept

The Bitter Lesson -- Why Simple, Scalable Approaches Still Matter (and Their Limits for Robotics)

Fei-Fei Li revisits Richard Sutton's "Bitter Lesson" that simple methods with massive data win, discusses its relevance to vision, and explains why robotics cannot rely on the same shortcut alone.

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