| The Third NASA/DoD Workshop on Evolvable Hardware |
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ISBN:
0-7695-1180-5 |
| Long Beach, Cailfornia July 12-July 14 |
pp. ix
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 | Invited Talks |
Evolvable Hardware for Space Exploration
What Evolvable Hardware Still Can't Do
Evolvable Hardware for Industrial Applications
Evolving Molecular Circuits by Means of Natural Selection
Nanotechnology in Information Processing: Opportunities and Challenges
Evolutionary Design for Robot Configuration Design
 | Panel |
The Future of Reconfigurable Computing Technologies: Industry Viewpoint
 | 1. From Biology to Robotics |
 | 2. Evolution of Analog and Mixed-Signal Circuits |
 | 3. Survivable and Flexible Hardware |
 | 4. Evolution of Digital Functions |
Gunnar Tufte, The Norwegian University of Science and Technology
pp. 0109
 | 5. Evolution of Signal Processing Circuits |
Xin Yao, The University of Birmingham
Pin Liu, Marconi plc, Discovery Court
pp. 0136
 | 6. Reconfiguration Architecture and Devices |
E. Sanchez, Swiss Federal Institute of Technology Lausanne
pp. 0157
 | 7. Evolution of CA and Brain-Inspired Architecture |
 | 8. Evolvability |
 | 9. Applications |
Richard Conde, The Johns Hopkins University Applied Physics Laboratory
Bobbie Chern, The Johns Hopkins University Applied Physics Laboratory
pp. 0256
pp. 0287
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