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Procuraremos demonstrar que von Neumann teve contribuições importantes nas áreas de arquitetura de computadores, princípios de programação, análise de algoritmos, análise numérica, computação científica, teoria dos autômatos, redes neurais, tolerância a falhas, sendo o verdadeiro fundador de algumas delas.
- Tomasz Kowaltowski
- 1996
1 de mar. de 2019 · In this chapter fundamental problems of collaborative computational intelligence are discussed. The problems are distilled from the seminal research of Alan Turing and John von Neumann.
- Heinz Mühlenbein
- 2009
9 de mar. de 2023 · We explain why both Turing and von Neumann saw the problem of developing the electronic computer as a problem in logic, and we describe their joint journey from logic to electronic computation.
31 de out. de 2022 · Introduction. This article concerns the history of philosophy and of logic, in particular the penetration of certain logico-philosophical ideas into computing. We demonstrate the profound impact that those migrating ideas had on the development of the modern computer—and so, ultimately, upon philosophy itself.
10.1 Shannon for Dummies Before we can understand Von Neumann entropy and its relevance to quantum infor-mation, we should discuss Shannon entropy and its relevance to classical information. Claude Shannon established the two core results of classical information theory in his landmark 1948 paper. The two central problems that he solved were: 1.
- 635KB
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von Neumann articulates his model of computation and goes on to define the essential equivalence of the human brain and a computer. He acknowledges the apparently deep structural di√erences, but by applying Turing’s princi-ple of the equivalence of all computation, von Neumann envisions a strategy to understand the brain’s methods as
In the historical context, an evolutionary trajectory of theories from Leibniz, Boole, Bohr and Turing to Shannon, McCullogh-‐Pitts, Wiener and von Neumann powered the emergence of the new Information Paradigm.
