Alessandro Rocco Scisca
Simulation of Hybrid Circuits based on Beyond-CMOS Technologies.
Rel. Maurizio Zamboni, Fabrizio Riente, Umberto Garlando. Politecnico di Torino, Corso di laurea magistrale in Ingegneria Elettronica (Electronic Engineering), 2021
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Abstract
Because of the ever-so-complex challenges posed by Silicon in continuing the trend of constant evolution that has characterized electronics for the past few decades, in the recent years researchers have been increasingly interested on developing new and promising technologies that can overcome the current CMOS scaling limits and possibly offer unique features. These technologies are referred to as "Beyond CMOS" technologies as they employ innovative materials and techniques to construct digital circuits. On account of the scattering in popularity and the development stage of the many candidates of this field, the world of simulations is heavily fractured: the more popular entries already feature custom simulators, some simply offer models compatible to other existing simulators, others only come with mathematical models.
The objective of this thesis is to develop new tools to build a generic Hybrid Simulator, a simulator not only able to support arbitrary technologies given the right models, but also to handle circuits hosting more of these technologies that coexist in the same design
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