Vincenzo Piuri

TL;DR: A new approach to design fault-tolerant VLSI tree architectures that allocates spare processors at each level and at the bottom and creates deformation lines that introduce correspondences between the faulty elements and the spare ones.

TL;DR: The purpose is to bring codesign concepts to early phases of design, reframing them to fit with paradigms instead of implementation, and highlighting the requirements of this innovative approach and the tools needed to perform it.

TL;DR: Computational social systems (CSSs) focus on topics such as modeling, simulation, analysis, and understanding of social systems from the quantitative and/or computational perspective as discussed by the authors , which can be man-man, man-machine, and machine-machine organizations and adversarial situations as well as social media structures and their dynamics.

TL;DR: This paper proposes the first approach in the literature based on machine learning and transfer learning for the PV energy prediction, in the case of new-generation PV technologies for which limited training data is available.

TL;DR: Design of a family of high-throughput modular convolvers is discussed, with particular reference to the defect and fault tolerance issues, based on parallel computation for the individual operands’ bits with merged results.