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Neural networks / Science / Nervous system / EC 1.1.1 / Neuron / Malate dehydrogenase / Action potential / Enzyme kinetics / Biological neuron model / Biology / Computational neuroscience / Neuroscience


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City

Piscataway / Washington DC / Boston / New York / Washington / DC / Weinheim / Cambridge / IEEE / Amsterdam / /

Company

Neural Networks / Pergamon Press / MIT Press / AMP / The times / Crane / Oxford University Press / St. Martin’s Press / /

Country

Netherlands / United States / /

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Event

Natural Disaster / /

Facility

Computer Science Wayne State University / /

IndustryTerm

tabletop device / information processing functions / enzyme networks / definite learning algorithm / information processing / internal chemicals / chemical milieu / purpose applications / macromolecular networks / chemical context / gas-phase / self-organizing systems / internal molecular network / enzyme-based computing / conventional electronic signal processing / signal processing / computer technology / model cytoskeletal signal processing / spatiotemporal processing / signal processing modules / input signal solution / Chemical signals / signal solutions / Chemical design / biological information processing / chemical background / reaction product / pattern processing tasks / tabletop pattern processor / Molecular computing / computing / enzyme-driven computing / higher level evolutionary algorithm / technological systems / molecular co-processors / Enzyme solution / intracellular processing / learning algorithm / /

Organization

MIT / U.S. National Science Foundation / Supramolecular Enzyme Organization / Congress / Klaus-Peter Zauner Department of Computer Science Wayne State University Detroit / Oxford University / /

Person

Ugur / Klaus-Peter Zauner / Kampfner / Warren McCulloch / Chen / Williamson / Michael Conrad / Kirby / /

Position

teacher / school teacher / /

Product

R1 / /

ProvinceOrState

New Jersey / New York / /

Technology

tabletop pattern processor / 3-D / definite learning algorithm / higher level evolutionary algorithm / ATM / lab-on-a-chip / lithography / microfluidics / computer technology / molecular co-processors / directed evolution / optoelectronics / /

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