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On defect-tolerance in cellular computers
Description
Defects will be a major problem for manufacturing computers by nanotechnology. This paper explores this issue for nanocomputers based on cellular arrays. Known for their regular structure, such architectures promise cost-effective manufacturing based on molecular self-organization. We show a self-contained way to detect defects in a cellular array, and to configure circuits on its cells while avoiding the defects. Timing is assumed asynchronous, i.e., updating of cells is not controlled by a clock.
Journal
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- 5th IEEE Conference on Nanotechnology, 2005.
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5th IEEE Conference on Nanotechnology, 2005. 345-348, 2005-09-09
IEEE
