Dual mode logic-based design of variable-precision arithmetic circuits

Dottorato in Information and Communication Technologies, Ciclo XXXI The ever growing technological progress has an unquestionable impact on our society and, with the recent emergence of innovative technological paradigms, such as Internet of Things (IoT), Artificial Intelligence (AI), Virtual Realit...

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Bibliographic Details
Main Authors: Romero Riera, Paul Patricio, Crupi, Felice, Lanuzza, Marco
Format: Thesis
Language:English
Published: 2019
Subjects:
DML
Online Access:http://hdl.handle.net/10955/1709
https://doi.org/10.13126/unical.it/dottorati/1709
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spelling ftunivcalabria:oai:dspace.unical.it:10955/1709 2023-05-15T16:02:07+02:00 Dual mode logic-based design of variable-precision arithmetic circuits Romero Riera, Paul Patricio Crupi, Felice Lanuzza, Marco 2019-06-20 application/pdf http://hdl.handle.net/10955/1709 https://doi.org/10.13126/unical.it/dottorati/1709 en eng ING-INF/01; http://hdl.handle.net/10955/1709 https://doi.org/10.13126/unical.it/dottorati/1709 Digital electronics Multipliers Thesis 2019 ftunivcalabria https://doi.org/10.13126/unical.it/dottorati/1709 2022-11-20T11:27:35Z Dottorato in Information and Communication Technologies, Ciclo XXXI The ever growing technological progress has an unquestionable impact on our society and, with the recent emergence of innovative technological paradigms, such as Internet of Things (IoT), Artificial Intelligence (AI), Virtual Reality (VR), 5G, Edge Computing, etc, it is expected that it will take a more and more dominant role in the coming decades. Obviously, the full development of all these new technologies requires the design of specialized hardware to faithfully and efficiently implement specific applications and services. In this sense, the demand of electronic circuits and systems with small area, flexible processing capability, high performance, and low energy consumption, has recently become one of the major concerns in different research areas, such as computing, communications, automation, etc. In this context, this thesis work entitled "DUAL MODE LOGIC-BASED DESIGN OF VARIABLE-PRECISION ARITHMETIC CIRCUITS" aims to provide a contribution in the research of new design solutions for energy-efficient computing platforms, while also keeping high performance. In this regard, several strategies can be explored at different design abstraction levels, from system-level down to device-level. Among these, the design of variable-precision arithmetic circuits is a well-known approach to achieve more energy-efficient computing platforms when dealing with lossy multimedia applications (e.g., audio/video/image processing) where a reduction of the operation precision can be typically tolerated under the acceptable accuracy loss. At the same time, other solutions can be implemented at both circuit- and logic-level. In this regard, a new logic 8 family, namely Dual Mode Logic (DML), has recently emerged as an alternative design methodology to the existing digital design techniques. It was originally proposed as a combination of CMOS static and dynamic logics to allow on-the-fly controllable switching at the gate level between static and dynamic ... Thesis DML Università della Calabria: Archivio Institutionale delle Tesi di Dottorato e Collezioni Digitali The Gate ENVELOPE(-124.937,-124.937,61.417,61.417)
institution Open Polar
collection Università della Calabria: Archivio Institutionale delle Tesi di Dottorato e Collezioni Digitali
op_collection_id ftunivcalabria
language English
topic Digital electronics
Multipliers
spellingShingle Digital electronics
Multipliers
Romero Riera, Paul Patricio
Crupi, Felice
Lanuzza, Marco
Dual mode logic-based design of variable-precision arithmetic circuits
topic_facet Digital electronics
Multipliers
description Dottorato in Information and Communication Technologies, Ciclo XXXI The ever growing technological progress has an unquestionable impact on our society and, with the recent emergence of innovative technological paradigms, such as Internet of Things (IoT), Artificial Intelligence (AI), Virtual Reality (VR), 5G, Edge Computing, etc, it is expected that it will take a more and more dominant role in the coming decades. Obviously, the full development of all these new technologies requires the design of specialized hardware to faithfully and efficiently implement specific applications and services. In this sense, the demand of electronic circuits and systems with small area, flexible processing capability, high performance, and low energy consumption, has recently become one of the major concerns in different research areas, such as computing, communications, automation, etc. In this context, this thesis work entitled "DUAL MODE LOGIC-BASED DESIGN OF VARIABLE-PRECISION ARITHMETIC CIRCUITS" aims to provide a contribution in the research of new design solutions for energy-efficient computing platforms, while also keeping high performance. In this regard, several strategies can be explored at different design abstraction levels, from system-level down to device-level. Among these, the design of variable-precision arithmetic circuits is a well-known approach to achieve more energy-efficient computing platforms when dealing with lossy multimedia applications (e.g., audio/video/image processing) where a reduction of the operation precision can be typically tolerated under the acceptable accuracy loss. At the same time, other solutions can be implemented at both circuit- and logic-level. In this regard, a new logic 8 family, namely Dual Mode Logic (DML), has recently emerged as an alternative design methodology to the existing digital design techniques. It was originally proposed as a combination of CMOS static and dynamic logics to allow on-the-fly controllable switching at the gate level between static and dynamic ...
format Thesis
author Romero Riera, Paul Patricio
Crupi, Felice
Lanuzza, Marco
author_facet Romero Riera, Paul Patricio
Crupi, Felice
Lanuzza, Marco
author_sort Romero Riera, Paul Patricio
title Dual mode logic-based design of variable-precision arithmetic circuits
title_short Dual mode logic-based design of variable-precision arithmetic circuits
title_full Dual mode logic-based design of variable-precision arithmetic circuits
title_fullStr Dual mode logic-based design of variable-precision arithmetic circuits
title_full_unstemmed Dual mode logic-based design of variable-precision arithmetic circuits
title_sort dual mode logic-based design of variable-precision arithmetic circuits
publishDate 2019
url http://hdl.handle.net/10955/1709
https://doi.org/10.13126/unical.it/dottorati/1709
long_lat ENVELOPE(-124.937,-124.937,61.417,61.417)
geographic The Gate
geographic_facet The Gate
genre DML
genre_facet DML
op_relation ING-INF/01;
http://hdl.handle.net/10955/1709
https://doi.org/10.13126/unical.it/dottorati/1709
op_doi https://doi.org/10.13126/unical.it/dottorati/1709
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