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Research breakthrough · curated entry

Deep Q-Learning plays Atari from pixels

Human-level control through deep reinforcement learning

Date
February 26, 2015
Category
Research breakthrough
Organization / Model
DeepMind
Evidence
1 source · 1 evidence family

Using one network architecture and one set of hyperparameters, DeepMind learned 49 Atari games from raw pixels and score signals, exceeding human test players in several. It joined deep networks with Q-learning and showed end-to-end reinforcement learning can handle high-dimensional perception.

Curator's note: Cross-checked against the Nature paper DOI.

Curated sources · 1

  1. Original paper · Nature2015-02-26

    Human-level control through deep reinforcement learning

    doi.org

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This page is a curated static snapshot and can be cited directly. Preferred format GB/T 7714—2025 (electronic resource [EB/OL]); the other 5 styles open below, together with the machine-readable files.

GB/T 7714—2025 (electronic resource [EB/OL])

AI 纪年. DQN 登上《Nature》,深度强化学习直接从像素学习控制策略[EB/OL]. (2015-02-26)[2026-11-03]. https://aihist.net/e/dqn-2015.html.

APA 7 · American Psychological Association

AI 纪年. (2015, February 26). DQN 登上《Nature》,深度强化学习直接从像素学习控制策略 [Web page]. https://aihist.net/e/dqn-2015.html

MLA 9 · Modern Language Association

"DQN 登上《Nature》,深度强化学习直接从像素学习控制策略." AI 纪年, 26 Feb. 2015, aihist.net/e/dqn-2015.html. Accessed 3 Nov. 2026.

Chicago 17 · notes-bibliography

AI 纪年. "DQN 登上《Nature》,深度强化学习直接从像素学习控制策略." Published Feb. 26, 2015. Accessed Nov. 3, 2026. https://aihist.net/e/dqn-2015.html.

IEEE · citation-reference list

"DQN 登上《Nature》,深度强化学习直接从像素学习控制策略," AI 纪年, 26 Feb. 2015. [Online]. Available: https://aihist.net/e/dqn-2015.html. [Accessed: 3 Nov. 2026].

ACM · author-date variant

AI 纪年. February 26, 2015. DQN 登上《Nature》,深度强化学习直接从像素学习控制策略. Retrieved November 3, 2026 from https://aihist.net/e/dqn-2015.html.

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