Hardware-Software Co-Design for the NISQ Era: From Resource-Aware NAS to Dynamic Circuit Architectures
Description
To navigate NISQ hardware limitations, realize its potential, and achieve practical computational utility by synthesizing innovations.
The paper provides an exhaustive examination of methodologies, identifying inadequacies of classical metrics, and analyzing innovations in architectures, hybrid frameworks, and formalisms.
HPC applications, portfolio optimization, cancer modeling, image classification, and symbolic problems like 3-Exact Cover or Weighted MAXk-CUT.
Abstract
To navigate NISQ hardware limitations, realize its potential, and achieve practical computational utility by synthesizing innovations.
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