San Francisco / Goldstein / carbon nanotube / L. A. / Macias / Delft / Shah / Orlando / Gleneden / Melbourne / London / Chicago / /
Company
Wiley & Sons / Bernstein / Australian Computer Society Inc. / SEMI Advanced Semiconductor Manufacturing / Highly-Parallel Computing Systems / Springer-Verlag Inc. / Wilson / Diodes / Nanoelectronic Systems / New Wave Electronics / CNN / VLSI Systems / Quantum / Vangurlekar A. S. / Autonomous Nanoelectronic Systems / Sandia National Laboratories / Cell Matrix Corporation / Patterson / Reconfigurable Hardware / Evolvable Hardware / Cellular Neural Networks / Kao / John Wiley & Sons / Huss S.A. / Mitre Corporation / /
Country
Australia / United Kingdom / United States / / /
Event
Product Issues / /
Facility
Stanford University / University College / Delft Institute of Microelectronics / University of Pisa / University of Illinois Press / Salishan Lodge / University College London / University of SA / /
IndustryTerm
working systems / ultimate computing fabric / physical hardware / silicon processing lines / gigahertz-rate systems / encryption image processing / neural networks / reconfiguration algorithm / power-delay product / faulty processors / artificial neural networks / scale devices / good resources using software / heterogenous processing structures / electronic systems / merged memory/processing structure / magnetic based systems / inspired networks / dynamical systems / manufacturing processes / hard disk systems / on-chip processors / electron technologies / energy state / purpose computing / logic processing / identical processing elements / metal interconnections / image processing / device technologies / electronic devices / low-power/low-cost solution / energy efficiency / connectionist networks / memory chips / mainstream computing domain / error management / parallel distributed processing networks / inter-processor communications / demonstration systems / host processor / nanomechanical devices / technology/nanotech/ / legacy software / metal-gate / purpose computing problems / e-λ / on multiple algorithms / metal-substrate / nanocomputer systems / integrated manufacturing technologies / non-volatile technology / conventional processor / neural processing elements / conventional processors / molecular based technologies / wider metal tracks / associative networks / gate chip / individual processing / classifier systems / work-horse technology / microprocessor chip / neural processing / electron devices / 1mm metal line / heterostructure technologies / coherent computing systems / electronics / computing systems / software description / conventional operating systems / on-chip / /
OperatingSystem
Microsoft Windows / /
Organization
Andrew Jennings School of Electrical / School of Computer / School of Computer and Information Science / University of Illinois Press / University College / Department of Physics & Astronomy / ASIC / Delft Institute of Microelectronics / Department of Information Engineering / Advanced Computing Research Centre / European Commission / Department of Applied Physics / SEMI / University of SA / University College London / Reconfigurable Functional Unit / Semiconductor Industry Association / University of Pisa / Stanford University / Australian Computer Society / National Aeronautics and Space Administration / Department of Defense / /
Person
Lin / Wei Chen / Joachim / Koren / Frank / Lee / V / Shih-Lien Lu / Ami / Jian Ping Sun / Lawrence Livermore / Ismail / Feipei Lai / Shih-Hsien Lo / R. Hartenstein / V / John Morris / Paul Beckett / Wei / /
Position
D. J. / D.J. / King / Legacy Software General / No Longer General / /
Towards Nanocomputer Architecture Paul Beckett, Andrew Jennings School of Electrical & Computer Systems Engineering RMIT University PO Box 2476V Melbourne, Australia [removed], [removed]