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A METHODOLOGICAL ANALYSIS OF CIRCUIT-BASED QUANTUM AND REVERSIBLE COMPUTING

Roversi, Luca, Berardi, Stefano, Barile, AdrianoUniversità degli Studi di Torino2025

unito Repository record for A METHODOLOGICAL ANALYSIS OF CIRCUIT-BASED QUANTUM AND REVERSIBLE COMPUTING (opens in a new tab)

Reversibility for efficient computing

Frank, Michael PatrickMassachusetts Institute of Technology1999

Today's computers are based on irreversible logic devices, which have been known to be fundamentally energy-inefficient for several decades. Recently, alternative reversible logic technologies have improved rapidly, and are now becoming practical. In traditional models of computation, pure …

mit Repository record for Reversibility for efficient computing (opens in a new tab)

Minimization of lines in reversible circuits

Law, Jayati J., University of Lethbridge. Faculty of Arts and ScienceLethbridge, Alta. : University of Lethbridge, Dept. of Mathematics and Computer Science2015

Reversible computing has been theoretically shown to be an efficient approach over conventional computing due to the property of virtually zero power dissipation. A major concern in reversible circuits is the number of circuit lines or qubits which are a limited resource. In this thesis we explore …

lethbridge Repository record for Minimization of lines in reversible circuits (opens in a new tab)

A classification of reversible bit and stabilizer operations

Grier, DanielMassachusetts Institute of Technology2015

… an exposition of a classification of classical reversible gates acting on bits in terms of the reversible transformations they generate, which was recently completed by the author, Scott Aaronson, and Luke Schaeffer. In particular, we present those portions of the classification which were the …

mit Repository record for A classification of reversible bit and stabilizer operations (opens in a new tab)

Synthesis, testing and tolerance in reversible logic

Nashiry, Md Asif, University of Lethbridge. Faculty of Arts and Science2017

lethbridge

On the performance and programming of reversible molecular computers

Earley, Amelie HannahUniversity of Cambridge2021

… supply of free energy. From this perspective, reversible computing is imperative in order to circumvent the Landauer limit. A result of Frank is refined and strengthened, showing that the adiabatic regime reversible computer performance is the best possible for any computer—quantum or …

cambridge Repository record for On the performance and programming of reversible molecular computers (opens in a new tab)

Synthesis and testing of reversible Toffoli circuits

Nayeem, Noor Muhammed2012

lethbridge

Reversible Circuits Synthesis Based on EXOR-sum of Products of EXOR-sums

Tran, Linh Hoang

portland-state Repository record for Reversible Circuits Synthesis Based on EXOR-sum of Products of EXOR-sums (opens in a new tab)

Methods for Efficient Synthesis of Large Reversible Binary and Ternary Quantum Circuits and Applications of Linear Nearest Neighbor Model

Hawash, Maher Mofeid

portland-state Repository record for Methods for Efficient Synthesis of Large Reversible Binary and Ternary Quantum Circuits and Applications of Linear Nearest Neighbor Model (opens in a new tab)

Computer Aided Design of Permutation, Linear, and Affine-Linear Reversible Circuits in the General and Linear Nearest-Neighbor Models

Schaeffer, Ben

portland-state Repository record for Computer Aided Design of Permutation, Linear, and Affine-Linear Reversible Circuits in the General and Linear Nearest-Neighbor Models (opens in a new tab)

Fault tolerance in reversible logic

Latif, Shamria Sabatina, University of Lethbridge. Faculty of Arts and Science2018

lethbridge