Nano Communication Networks

Programmable Cellular Architectures at the Nanoscale

This paper presents the first fully programmable digital cellular design for nanodevice-based computational fabrics. The system has a fully regular structure and consists of a large number of simple functional units called cells. It is programmable, based on a small number of global signals routed from supporting CMOS and associated nanoscale circuitry. The architecture may be adapted to suit a multitude of information-processing paradigms. One example is shown on a two-dimensional (2D) semiconductor nanowire fabric including corresponding circuit-level aspects.

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