c.curionodeThe Turing Archive

2018 · Turing Award

Geoffrey Hinton

Deep networks learn useful representations through many layers of computation.

Birth location
1947, Wimbledon, England, UK
Country labels
United Kingdom
At the award
University of Toronto; Google (Toronto); Vector Institute
Subject
Artificial intelligence
Read the award story ↗
Illustrated portrait of Geoffrey Hinton
Original AI-generated illustration by Curionode. Peter Badge / Heidelberg Laureate Forum Foundation · Likeness reference ↗

01 · A life in computing

The person behind the work

Geoffrey Hinton helped revive neural networks as a practical approach to machine learning. His work with collaborators advanced learning internal representations, backpropagation, Boltzmann machines, and deep networks. At the University of Toronto, his group helped demonstrate the power of large neural models for image recognition. His award, shared with Yoshua Bengio and Yann LeCun, recognized decades of conceptual and engineering progress that made deep learning influential.

The contribution, explained

Yoshua Bengio, Geoffrey Hinton and Yann LeCun made conceptual and engineering advances that turned deep neural networks into a central tool of computing. Rather than hand-design every feature, a network can learn intermediate representations from data. Training adjusts its parameters so that many layers work together towards a task.

Why it matters

Learned representations helped transform tasks including image recognition, speech processing and other forms of pattern learning.

Sources & further reading

  1. Heidelberg Laureate Forum ↗www.heidelberg-laureate-forum.org
  2. Official ACM profile ↗amturing.acm.org
  3. University of Toronto — 2018 Turing Award announcement ↗www.utoronto.ca
  4. ACM Awards Booklet 2019 — 2018 laureates ↗awards.acm.org
  5. Universities Canada — 2019 international research award winners, Hinton Google team in Toronto ↗univcan.ca