High Priority Edge Computing Standardisation Gaps and Relevant SDOs

Tom de Block; David Boswarthick; Marco Carugi; Andre Duarte; Stephan Fertig; Damir Filipovic; Ronald Freund; Lindsay Frost; Nikolaos Giannakakos; Sascha Hackel; Asbjørn Hovstø; Georgios Karagiannis; Thomas Klein; Kent Kong; Joachim Koss; Artur Krukowski; Antonio Kung; Zbigniew Kopertowski; Alice Li; Antonis Litke; Sean McGrath; Dave Raggett; Axel Rennoch; Aitor Corchero Rodriguez; Rita Santiago; Philippe Sayegh; Erwin Schoitsch; George Suciu; Giacomo Tavola; Xu Yang; Ricardo Vittorino; Orfeas Voutyras; Michelle Wetterwald

High Priority Edge Computing Standardisation Gaps and Relevant SDOs

Tom de Block, David Boswarthick, Marco Carugi, Andre Duarte, Stephan Fertig, Damir Filipovic, Ronald Freund, Lindsay Frost, Nikolaos Giannakakos, Sascha Hackel, Asbjørn Hovstø, Georgios Karagiannis, Thomas Klein, Kent Kong, Joachim Koss, Artur Krukowski, Antonio Kung, Zbigniew Kopertowski, Alice Li, Antonis LitkeSean McGrath, Dave Raggett, Axel Rennoch, Aitor Corchero Rodriguez, Rita Santiago, Philippe Sayegh, Erwin Schoitsch, George Suciu, Giacomo Tavola, Xu Yang, Ricardo Vittorino, Orfeas Voutyras, Michelle Wetterwald

Security & Communication Technologies

Research output: Books and Reports › Report › peer-review

Abstract

This report introduces an approach for the definition and identification of key edge computing and/or
combination of IoT/IIoT, edge computing and cloud computing gaps in several initiatives. Based on the
prioritisation of these gaps, the deliverable starts to address the work done within the relevant SDOs
that need to cooperate in order to solve these gaps.
In the context of AIOTI, the synergy and integration of IoT/IIoT and edge computing, is considered to
be a part of the paradigm shift from centralised solutions to decentralised and distributed computing
architectures, in which information processing is located close to the edge, where “things” (e.g.
sensors/actuators, devices, machines and humans) produce and utilise that information, knowledge
and related experience.
The purpose of this document is to reflect a structured discussion within the AIOTI WG Standardisation
community and to provide consolidated technical elements as well as guidance and recommendations.

Original language	English
Number of pages	83
Publication status	Published - 2022

Research Field

Dependable Systems Engineering

Access to Document

https://aioti.eu/wp-content/uploads/2022/04/AIOTI-High-Priority-Edge-Computing-Gaps-Final.pdf

Cite this

de Block, T., Boswarthick, D., Carugi, M., Duarte, A., Fertig, S., Filipovic, D., Freund, R., Frost, L., Giannakakos, N., Hackel, S., Hovstø, A., Karagiannis, G., Klein, T., Kong, K., Koss, J., Krukowski, A., Kung, A., Kopertowski, Z., Li, A., ... Wetterwald, M. (2022). High Priority Edge Computing Standardisation Gaps and Relevant SDOs. https://aioti.eu/wp-content/uploads/2022/04/AIOTI-High-Priority-Edge-Computing-Gaps-Final.pdf

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title = "High Priority Edge Computing Standardisation Gaps and Relevant SDOs",

abstract = "This report introduces an approach for the definition and identification of key edge computing and/or combination of IoT/IIoT, edge computing and cloud computing gaps in several initiatives. Based on the prioritisation of these gaps, the deliverable starts to address the work done within the relevant SDOs that need to cooperate in order to solve these gaps. In the context of AIOTI, the synergy and integration of IoT/IIoT and edge computing, is considered to be a part of the paradigm shift from centralised solutions to decentralised and distributed computing architectures, in which information processing is located close to the edge, where “things” (e.g. sensors/actuators, devices, machines and humans) produce and utilise that information, knowledge and related experience.The purpose of this document is to reflect a structured discussion within the AIOTI WG Standardisation community and to provide consolidated technical elements as well as guidance and recommendations.",

author = "{de Block}, Tom and David Boswarthick and Marco Carugi and Andre Duarte and Stephan Fertig and Damir Filipovic and Ronald Freund and Lindsay Frost and Nikolaos Giannakakos and Sascha Hackel and Asbj{\o}rn Hovst{\o} and Georgios Karagiannis and Thomas Klein and Kent Kong and Joachim Koss and Artur Krukowski and Antonio Kung and Zbigniew Kopertowski and Alice Li and Antonis Litke and Sean McGrath and Dave Raggett and Axel Rennoch and {Corchero Rodriguez}, Aitor and Rita Santiago and Philippe Sayegh and Erwin Schoitsch and George Suciu and Giacomo Tavola and Xu Yang and Ricardo Vittorino and Orfeas Voutyras and Michelle Wetterwald",

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de Block, T, Boswarthick, D, Carugi, M, Duarte, A, Fertig, S, Filipovic, D, Freund, R, Frost, L, Giannakakos, N, Hackel, S, Hovstø, A, Karagiannis, G, Klein, T, Kong, K, Koss, J, Krukowski, A, Kung, A, Kopertowski, Z, Li, A, Litke, A, McGrath, S, Raggett, D, Rennoch, A, Corchero Rodriguez, A, Santiago, R, Sayegh, P, Schoitsch, E, Suciu, G, Tavola, G, Yang, X, Vittorino, R, Voutyras, O & Wetterwald, M 2022, High Priority Edge Computing Standardisation Gaps and Relevant SDOs. <https://aioti.eu/wp-content/uploads/2022/04/AIOTI-High-Priority-Edge-Computing-Gaps-Final.pdf>

TY - BOOK

T1 - High Priority Edge Computing Standardisation Gaps and Relevant SDOs

AU - de Block, Tom

AU - Boswarthick, David

AU - Carugi, Marco

AU - Duarte, Andre

AU - Fertig, Stephan

AU - Filipovic, Damir

AU - Freund, Ronald

AU - Frost, Lindsay

AU - Giannakakos, Nikolaos

AU - Hackel, Sascha

AU - Hovstø, Asbjørn

AU - Karagiannis, Georgios

AU - Klein, Thomas

AU - Kong, Kent

AU - Koss, Joachim

AU - Krukowski, Artur

AU - Kung, Antonio

AU - Kopertowski, Zbigniew

AU - Li, Alice

AU - Litke, Antonis

AU - McGrath, Sean

AU - Raggett, Dave

AU - Rennoch, Axel

AU - Corchero Rodriguez, Aitor

AU - Santiago, Rita

AU - Sayegh, Philippe

AU - Schoitsch, Erwin

AU - Suciu, George

AU - Tavola, Giacomo

AU - Yang, Xu

AU - Vittorino, Ricardo

AU - Voutyras, Orfeas

AU - Wetterwald, Michelle

PY - 2022

Y1 - 2022

N2 - This report introduces an approach for the definition and identification of key edge computing and/or combination of IoT/IIoT, edge computing and cloud computing gaps in several initiatives. Based on the prioritisation of these gaps, the deliverable starts to address the work done within the relevant SDOs that need to cooperate in order to solve these gaps. In the context of AIOTI, the synergy and integration of IoT/IIoT and edge computing, is considered to be a part of the paradigm shift from centralised solutions to decentralised and distributed computing architectures, in which information processing is located close to the edge, where “things” (e.g. sensors/actuators, devices, machines and humans) produce and utilise that information, knowledge and related experience.The purpose of this document is to reflect a structured discussion within the AIOTI WG Standardisation community and to provide consolidated technical elements as well as guidance and recommendations.

AB - This report introduces an approach for the definition and identification of key edge computing and/or combination of IoT/IIoT, edge computing and cloud computing gaps in several initiatives. Based on the prioritisation of these gaps, the deliverable starts to address the work done within the relevant SDOs that need to cooperate in order to solve these gaps. In the context of AIOTI, the synergy and integration of IoT/IIoT and edge computing, is considered to be a part of the paradigm shift from centralised solutions to decentralised and distributed computing architectures, in which information processing is located close to the edge, where “things” (e.g. sensors/actuators, devices, machines and humans) produce and utilise that information, knowledge and related experience.The purpose of this document is to reflect a structured discussion within the AIOTI WG Standardisation community and to provide consolidated technical elements as well as guidance and recommendations.

M3 - Report

BT - High Priority Edge Computing Standardisation Gaps and Relevant SDOs

ER -

High Priority Edge Computing Standardisation Gaps and Relevant SDOs

Abstract

Research Field

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