Tunneling-Phase Logic Based Cellular Nonlinear Networks
نویسندگان
چکیده
The conti nued scali ng of integ rated circu it techn ology at its curre nt Moore s Law rate could lead to circu its conta ining over a billi on trans istors with 20 nanom eter featu res by the year 2015. While the progr ess in elect ronics thus far has relie d on the scali ng of trans istors and on an incre asingly compl ex maze of inter connecting wires , futur e circu itry will requi re a major parad igm shift invol ving radic ally diffe rent fabri cation techn ologies, devic e princ iples, and circu it archi tectures. Const raints on power dissi pation at highe r integ ration level s will manda te relat ively simpl e, ultra small devic es laid out in highl y regul ar array s and inter connected local ly. This paper deals with an appro ach for reali zing highlevel infor mation proce ssing based on cellu lar nonli near netwo rks (CNN) compo sed of array s of local ly inter connected tunne ling phase logic (TPL) eleme nts.
منابع مشابه
Tunneling phase Logic Cellular nonlinear Networks
Based on a simple circuit model of a tunneling phase logic (TPL) element that is driven by a sinusoidal voltage source and biased by a DC voltage source, we present simulations of operations in cellular nonlinear networks (CNN) that could potentially be used to perform general computations in 2D arrays of simple, locally connected nanoscale devices. Some examples are presented to demonstrate th...
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