IoT and Edge Computing Carbon Footprint Measurement Methodology

Sylvie  Couronné; Cristina  Rodriguez Vera; Benjamin  Molina; Lizhen  Huang; Georgios Karagiannis; Francesca  Poggiali; Laurent  Schmitt; Damir Filipovic; Massimo Merenda; Vasileios Karagiannis; Asbjørn Hovstø; Dieter  Wegener; George Suciu; Johan  Stiens; Dolores Ordonez Martinez; Tanya Suarez; Nikos  Kalatzis; Anastasios Tripitsidis; Vasilis Gkoles; Tom De Block; Joana Leitao; Josep  Maria Salanova Grau; Cristina Calderon Iglesias; Artur Krukowski; Alessandro  Canepa; Natalia Lukaszewicz; Beate  Muller; Roumen Nikolov; Mays AL-Naday; Cristina  Balaceanu; Sabina  Bosoc; Andrea Badicu; Thodore Pintilie

IoT and Edge Computing Carbon Footprint Measurement Methodology

Sylvie Couronné, Cristina Rodriguez Vera, Benjamin Molina, Lizhen Huang, Georgios Karagiannis, Francesca Poggiali, Laurent Schmitt, Damir Filipovic, Massimo Merenda, Vasileios Karagiannis, Asbjørn Hovstø, Dieter Wegener, George Suciu, Johan Stiens, Dolores Ordonez Martinez, Tanya Suarez, Nikos Kalatzis, Anastasios Tripitsidis, Vasilis Gkoles, Tom De BlockJoana Leitao, Josep Maria Salanova Grau, Cristina Calderon Iglesias, Artur Krukowski, Alessandro Canepa, Natalia Lukaszewicz, Beate Muller, Roumen Nikolov, Mays AL-Naday, Cristina Balaceanu, Sabina Bosoc, Andrea Badicu, Thodore Pintilie

Cooperative Digital Technologies

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Abstract

This Report is addressing the users of IoT and Edge Computing technologies and services to help them understand and make informed choices on how to assess the carbon footprint of solutions and services they use and to also measure how these methodologies support carbon footprint reduction of their use.

The Report is structured to present rules and regulations of the European Green Deal, the initiatives and standards, and existing methodologies of measuring ICT carbon footprint. The report also includes how those methodologies can be applied to IoT and Edge Computing, the description of the methodologies, selection criteria and how to measure benefits of using them in reducing carbon footprint by using IoT and Edge Computing technologies and services for several industrial domains. Furthermore, this report includes as well a method of calculating the avoided carbon emissions in an industrial sector/domain, when ICT is used as an enabling technology.

Original language	English
Number of pages	98
Publication status	Published - 25 Sept 2023

Research Field

Former Research Field - Societal Resilience & Security

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AIOTI-Carbon-Footprint-Methodology-Report-Final-R2.0

https://aioti.eu/iot-and-edge-computing-carbon-footprint-measurement-methodology-report-release-2/

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Couronné, S., Rodriguez Vera, C., Molina, B., Huang, L., Karagiannis, G., Poggiali, F., Schmitt, L., Filipovic, D., Merenda, M., Karagiannis, V., Hovstø, A., Wegener, D., Suciu, G., Stiens, J., Ordonez Martinez, D., Suarez, T., Kalatzis, N., Tripitsidis, A., Gkoles, V., ... Pintilie, T. (2023). IoT and Edge Computing Carbon Footprint Measurement Methodology. https://aioti.eu/iot-and-edge-computing-carbon-footprint-measurement-methodology-report-release-2/

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abstract = "This Report is addressing the users of IoT and Edge Computing technologies and services to help them understand and make informed choices on how to assess the carbon footprint of solutions and services they use and to also measure how these methodologies support carbon footprint reduction of their use.The Report is structured to present rules and regulations of the European Green Deal, the initiatives and standards, and existing methodologies of measuring ICT carbon footprint. The report also includes how those methodologies can be applied to IoT and Edge Computing, the description of the methodologies, selection criteria and how to measure benefits of using them in reducing carbon footprint by using IoT and Edge Computing technologies and services for several industrial domains. Furthermore, this report includes as well a method of calculating the avoided carbon emissions in an industrial sector/domain, when ICT is used as an enabling technology.",

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Couronné, S, Rodriguez Vera, C, Molina, B, Huang, L, Karagiannis, G, Poggiali, F, Schmitt, L, Filipovic, D, Merenda, M, Karagiannis, V, Hovstø, A, Wegener, D, Suciu, G, Stiens, J, Ordonez Martinez, D, Suarez, T, Kalatzis, N, Tripitsidis, A, Gkoles, V, De Block, T, Leitao, J, Maria Salanova Grau, J, Calderon Iglesias, C, Krukowski, A, Canepa, A, Lukaszewicz, N, Muller, B, Nikolov, R, AL-Naday, M, Balaceanu, C, Bosoc, S, Badicu, A & Pintilie, T 2023, IoT and Edge Computing Carbon Footprint Measurement Methodology. <https://aioti.eu/iot-and-edge-computing-carbon-footprint-measurement-methodology-report-release-2/>

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AU - Couronné, Sylvie

AU - Rodriguez Vera, Cristina

AU - Molina, Benjamin

AU - Huang, Lizhen

AU - Karagiannis, Georgios

AU - Poggiali, Francesca

AU - Schmitt, Laurent

AU - Filipovic, Damir

AU - Merenda, Massimo

AU - Karagiannis, Vasileios

AU - Hovstø, Asbjørn

AU - Wegener, Dieter

AU - Suciu, George

AU - Stiens, Johan

AU - Ordonez Martinez, Dolores

AU - Suarez, Tanya

AU - Kalatzis, Nikos

AU - Tripitsidis, Anastasios

AU - Gkoles, Vasilis

AU - De Block, Tom

AU - Leitao, Joana

AU - Maria Salanova Grau, Josep

AU - Calderon Iglesias, Cristina

AU - Krukowski, Artur

AU - Canepa, Alessandro

AU - Lukaszewicz, Natalia

AU - Muller, Beate

AU - Nikolov, Roumen

AU - AL-Naday, Mays

AU - Balaceanu, Cristina

AU - Bosoc, Sabina

AU - Badicu, Andrea

AU - Pintilie, Thodore

PY - 2023/9/25

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AB - This Report is addressing the users of IoT and Edge Computing technologies and services to help them understand and make informed choices on how to assess the carbon footprint of solutions and services they use and to also measure how these methodologies support carbon footprint reduction of their use.The Report is structured to present rules and regulations of the European Green Deal, the initiatives and standards, and existing methodologies of measuring ICT carbon footprint. The report also includes how those methodologies can be applied to IoT and Edge Computing, the description of the methodologies, selection criteria and how to measure benefits of using them in reducing carbon footprint by using IoT and Edge Computing technologies and services for several industrial domains. Furthermore, this report includes as well a method of calculating the avoided carbon emissions in an industrial sector/domain, when ICT is used as an enabling technology.

M3 - Report

BT - IoT and Edge Computing Carbon Footprint Measurement Methodology

ER -

IoT and Edge Computing Carbon Footprint Measurement Methodology

Abstract

Research Field

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