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Matthew Cook (born February 7, 1970) is a mathematician and computer scientist who is best known for having proved Stephen Wolfram's conjecture that the Rule 110 cellular automaton is Turing-complete.
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Cited by. Year. Unsupervised learning of digit recognition using spike-timing-dependent plasticity. PU Diehl, M Cook. Frontiers in computational neuroscience 9, 99. , 2015. 1416. 2015. Fast-classifying, high-accuracy spiking deep networks through weight and threshold balancing.
Matthew Cook Renate Krause (PhD) Vanessa Leite (PhD) Xander Nedergaard (PhD) Ethan Palmiere (PhD) Alumni. Thanuja Ambegoda (PhD) Roman Bauer (MSc) Martin Boerlin (MSc) Jakob Buhmann (PhD) Julia Buhmann (PhD) Miguel Chau (MsC) Peter Diehl (PhD) Niels Eckstein (PhD) Jan Funke (PhD) Dennis Göhlsdorf (PhD) Arno Granier (MsC) Florian Jug (PhD) Sepp ...
Matthew Cook (born February 7, 1970) is a mathematician and computer scientist who proved Stephen Wolfram's conjecture that the Rule 110 cellular… Expand. Wikipedia. Create Alert. Papers overview. Semantic Scholar uses AI to extract papers important to this topic. Review. 2020. Does Fiscal Monitoring Make Better Governments?
Feb 15, 2018 · A paper by Matthew Cook, a researcher at Caltech, that proves the conjecture of Stephen Wolfram that Rule 110, a simple one dimensional cellular automaton, is computationally universal. The paper explains the definition, behavior and properties of Rule 110 and its universal capabilities.
625K Followers, 87 Following, 15 Posts - See Instagram photos and videos from MATTHEW COOK (@matthewcookofficial)
