Source: DeepMind

• • 2018/05/15
  • Prefrontal cortex as a meta-reinforcement learning system
• • 2018/05/10
  • Navigating with grid-like representations in artificial agents
• • 2018/05/09
  • DeepMind, meet Android
• • 2018/04/28
  • DeepMind Papers at ICLR 2018
• • 2018/04/11
  • Taking DeepMind to the next level: welcoming Lila Ibrahim as our first Chief Operating Officer
• • 2018/04/04
  • Learning to navigate in cities without a map
• • 2018/03/29
  • Retour à Paris / A return to Paris
• • 2018/03/27
  • Learning to write programs that generate images
• • 2018/03/22
  • Understanding deep learning through neuron deletion
• • 2018/03/06
  • Stop, look and listen to the people you want to help
• • 2018/03/01
  • Learning by playing
• • 2018/02/23
  • Researching patient deterioration with the US Department of Veterans Affairs
• • 2018/02/08
  • IMPALA: Scalable Distributed DeepRL in DMLab-30
• • 2018/01/29
  • Learning explanatory rules from noisy data
• • 2018/01/26
  • Open-sourcing Psychlab
• • 2018/01/17
  • Game-theory insights into asymmetric multi-agent games
• • 2017/12/21
  • 2017: DeepMind's year in review
• • 2017/12/20
  • Collaborating with patients for better outcomes
• • 2017/12/08
  • We are very excited to announce the launch of DeepMind Health
• • 2017/12/08
  • Deep Reinforcement Learning
• • 2017/12/08
  • Announcing DeepMind Health research partnership with Moorfields Eye Hospital
• • 2017/12/08
  • DeepMind AI Reduces Google Data Centre Cooling Bill by 40%
• • 2017/12/08
  • Decoupled Neural Interfaces Using Synthetic Gradients
• • 2017/12/08
  • Applying machine learning to radiotherapy planning for head & neck cancer
• • 2017/12/08
  • AlphaGo 대국 - 한국어
• • 2017/12/08
  • AlphaGo Games – English
• • 2017/12/08
  • AlphaGo 棋局 - 繁體中文
• • 2017/12/08
  • AlphaGo 棋局 - 简体中文
• • 2017/12/08
  • WaveNet: A Generative Model for Raw Audio
• • 2017/12/08
  • Putting patients at the heart of DeepMind Health

• ‹
• «
• 1
• 2
• 3(current)
• 4
• 5
• »
• ›