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#reversiblecircuits search results

MorganClaypool's profile picture. Emerging topics (want to know). Principles & Fundamentals (need to know). Methods, Models & Applications (need to use). Computer Science & Engineering books.
Morgan & Claypool Publishers
 @MorganClaypool
Sep 22, 2021

At first sight, quantum computing is completely different from classical computing. Nevertheless, a link is provided by reversible computation. bit.ly/2zs0v0F De Vos, De Baerdemacker, & Van Rentergem. #quantumcircuits #reversiblecircuits #circuits

MorganClaypool's tweet image. At first sight, quantum computing is completely different from classical computing. Nevertheless, a link is provided by reversible computation. bit.ly/2zs0v0F De Vos, De Baerdemacker, & Van Rentergem. #quantumcircuits #reversiblecircuits #circuits
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rbrtwll's profile picture. Professor at @TU_Muenchen and CSO at the SCCH GmbH Hagenberg. Interested in #EDA, #CAD, #DesignAutomation, #QuantumComputing, #microfluidics, and more.
Robert Wille
 @rbrtwll
Dec 11, 2022

#ReversibleCircuits are beneficial for #AdiabaticComputing, encoding/decoding, verification, or #QuantumComputing (e.g., to design oracles). With increasing scalability, we are going to design those circuits using hardware description languages (#HDLs). SyReC is such a language.

rbrtwll's tweet image. #ReversibleCircuits are beneficial for #AdiabaticComputing, encoding/decoding, verification, or #QuantumComputing (e.g., to design oracles). With increasing scalability, we are going to design those circuits using hardware description languages (#HDLs). SyReC is such a language.
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rbrtwll's profile picture. Professor at @TU_Muenchen and CSO at the SCCH GmbH Hagenberg. Interested in #EDA, #CAD, #DesignAutomation, #QuantumComputing, #microfluidics, and more.
Robert Wille
 @rbrtwll
Jun 6, 2022

Ten, years ago, the awarded paper proposed a scalable synthesis method for #ReversibleCircuits. Today, the work is still relevant, e.g., for the synthesis/compilation of oracles or Boolean components in #QuantumComputing. The paper can be found here: ieeexplore.ieee.org/document/61650…

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rbrtwll's profile picture. Professor at @TU_Muenchen and CSO at the SCCH GmbH Hagenberg. Interested in #EDA, #CAD, #DesignAutomation, #QuantumComputing, #microfluidics, and more.
Robert Wille
 @rbrtwll
Dec 11, 2022

#ReversibleCircuits are beneficial for #AdiabaticComputing, encoding/decoding, verification, or #QuantumComputing (e.g., to design oracles). With increasing scalability, we are going to design those circuits using hardware description languages (#HDLs). SyReC is such a language.

rbrtwll's tweet image. #ReversibleCircuits are beneficial for #AdiabaticComputing, encoding/decoding, verification, or #QuantumComputing (e.g., to design oracles). With increasing scalability, we are going to design those circuits using hardware description languages (#HDLs). SyReC is such a language.
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rbrtwll's profile picture. Professor at @TU_Muenchen and CSO at the SCCH GmbH Hagenberg. Interested in #EDA, #CAD, #DesignAutomation, #QuantumComputing, #microfluidics, and more.
Robert Wille
 @rbrtwll
Jun 6, 2022

Ten, years ago, the awarded paper proposed a scalable synthesis method for #ReversibleCircuits. Today, the work is still relevant, e.g., for the synthesis/compilation of oracles or Boolean components in #QuantumComputing. The paper can be found here: ieeexplore.ieee.org/document/61650…

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MorganClaypool's profile picture. Emerging topics (want to know). Principles & Fundamentals (need to know). Methods, Models & Applications (need to use). Computer Science & Engineering books.
Morgan & Claypool Publishers
 @MorganClaypool
Mar 1, 2022

At first sight, quantum computing is completely different from classical computing. Nevertheless, a link is provided by reversible computation. bit.ly/2zs0v0F De Vos, De Baerdemacker, & Van Rentergem. #quantumcircuits #reversiblecircuits #circuits

MorganClaypool's tweet image. At first sight, quantum computing is completely different from classical computing. Nevertheless, a link is provided by reversible computation. bit.ly/2zs0v0F De Vos, De Baerdemacker, & Van Rentergem. #quantumcircuits #reversiblecircuits #circuits
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MorganClaypool's profile picture. Emerging topics (want to know). Principles & Fundamentals (need to know). Methods, Models & Applications (need to use). Computer Science & Engineering books.
Morgan & Claypool Publishers
 @MorganClaypool
Sep 22, 2021

At first sight, quantum computing is completely different from classical computing. Nevertheless, a link is provided by reversible computation. bit.ly/2zs0v0F De Vos, De Baerdemacker, & Van Rentergem. #quantumcircuits #reversiblecircuits #circuits

MorganClaypool's tweet image. At first sight, quantum computing is completely different from classical computing. Nevertheless, a link is provided by reversible computation. bit.ly/2zs0v0F De Vos, De Baerdemacker, & Van Rentergem. #quantumcircuits #reversiblecircuits #circuits
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MorganClaypool's profile picture. Emerging topics (want to know). Principles & Fundamentals (need to know). Methods, Models & Applications (need to use). Computer Science & Engineering books.
Morgan & Claypool Publishers
 @MorganClaypool
Jul 31, 2020

At first sight, quantum computing is completely different from classical computing. Nevertheless, a link is provided by reversible computation. bit.ly/2zs0v0F #quantumcircuits #reversiblecircuits De Vos, De Baerdemacker, Van Rentergem.

MorganClaypool's tweet image. At first sight, quantum computing is completely different from classical computing. Nevertheless, a link is provided by reversible computation. bit.ly/2zs0v0F #quantumcircuits #reversiblecircuits De Vos, De Baerdemacker, Van Rentergem.
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MorganClaypool's profile picture. Emerging topics (want to know). Principles & Fundamentals (need to know). Methods, Models & Applications (need to use). Computer Science & Engineering books.
Morgan & Claypool Publishers
 @MorganClaypool
Jul 10, 2018

At first sight, quantum computing is completely different from classical computing. Nevertheless, a link is provided by reversible computation. bit.ly/2zs0v0F #quantumcircuits #reversiblecircuits De Vos, De Baerdemacker, Van Rentergem.

MorganClaypool's tweet image. At first sight, quantum computing is completely different from classical computing. Nevertheless, a link is provided by reversible computation. bit.ly/2zs0v0F #quantumcircuits #reversiblecircuits De Vos, De Baerdemacker, Van Rentergem.
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No results for "#reversiblecircuits"
MorganClaypool's profile picture. Emerging topics (want to know). Principles & Fundamentals (need to know). Methods, Models & Applications (need to use). Computer Science & Engineering books.
Morgan & Claypool Publishers
 @MorganClaypool
Sep 22, 2021

At first sight, quantum computing is completely different from classical computing. Nevertheless, a link is provided by reversible computation. bit.ly/2zs0v0F De Vos, De Baerdemacker, & Van Rentergem. #quantumcircuits #reversiblecircuits #circuits

MorganClaypool's tweet image. At first sight, quantum computing is completely different from classical computing. Nevertheless, a link is provided by reversible computation. bit.ly/2zs0v0F De Vos, De Baerdemacker, & Van Rentergem. #quantumcircuits #reversiblecircuits #circuits
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rbrtwll's profile picture. Professor at @TU_Muenchen and CSO at the SCCH GmbH Hagenberg. Interested in #EDA, #CAD, #DesignAutomation, #QuantumComputing, #microfluidics, and more.
Robert Wille
 @rbrtwll
Dec 11, 2022

#ReversibleCircuits are beneficial for #AdiabaticComputing, encoding/decoding, verification, or #QuantumComputing (e.g., to design oracles). With increasing scalability, we are going to design those circuits using hardware description languages (#HDLs). SyReC is such a language.

rbrtwll's tweet image. #ReversibleCircuits are beneficial for #AdiabaticComputing, encoding/decoding, verification, or #QuantumComputing (e.g., to design oracles). With increasing scalability, we are going to design those circuits using hardware description languages (#HDLs). SyReC is such a language.
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