Design and Simulation of Biologically-inspired Nanolattice Computing
 
Introduction:

Advances in the understanding of biological intelligence and revolutionary techniques to manipulate and integrate extremely small electronic, molecular, DNA and mechanical components, create a unique opportunity to rethink conventional digital approaches to computing. New ideas will determine both the kind of nano/molecular devices that need to be built and the architectures of nanocomputing systems. The fundamental concept that established the bridge between current symbolic computing models and digital electronics is the von Neumann architecture.   Read more ......

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Funding:

This project is funded by the National Science Foundation award ID:0135946.