6G-PATH_D.7.1 6G-PATH experimentation environment initial

This deliverable provides an in-depth overview of the progress and status of the testbeds for the project’s initial phase. The document introduces, for each of the testbeds included, a detailed description regarding the 5G infrastructure available, computational resources, orchestration and monitoring capabilities, exposed APIs and network scenarios available for experimentation. The experimentation framework introduced in D2.1 is detailed here from the point of view of the software developed to reach the requirements enumerated in D2.1. In particular, D3.1 documents the software components integrating the initial release of the 6G-PATH framework and the components planned for the final release. The document also “outlines” the advanced experimentation capabilities embedded into the first version of the platforms to enhance experimentation features within the project’s ecosystem. In addition, this deliverable provides the roadmap for the project’s planned evolution towards the final release of the platforms and the 6G-PATH framework. This roadmap encompasses the upcoming improvements to the experimentation framework components, addressing technical refinements and additional functionality and the development of new advanced features. These advanced features are “key” to supporting more complex and robust experimentation in the platforms integrating these features. Almudena Díaz Zayas (UMA), Jorge Márquez Ortega (UMA); Nicola di Pietro (HPE), Panayiotis Verrios, Tilemachos Doukoglou (ACTA); Jesus Macias, Arturo Torrealba (TID), Filipe Cabral Pinto (ALB), Carlos Marques (ALB), Miguel Mesquita (ALB), Pedro Rito (IT), Susana Sargento (IT), Efthymis Serpetzoglou (APART), Sozos Karageorgiou (eBOS), Jose Maria Alcaraz Calero (UWS), Qi Wang (UWS), Peter Gray (CS), Giuseppe Caso (KAU), Jonas Karlsson (KAU), Shahid Iqbal (KAU), Anna Brunstrom (KAU), Ioan Constantin (ORO), Oproiu Elena - Madalina (ORO), Taril Taleb, Yan Chen, Nora Taleb (ICT-FI), Hemant Zope (FOKUS), Dr. ing. Andreea Corici (FOKUS), Benny Häusler (FOKUS), Kalpana Chaudhary (FOKUS), Nicolas Zunker (FOKUS), Christina Lessi (OTE), João Fernandes (ONE), Luís Cordeiro (ONE), Ioannis Chochliouros (OTE).

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-03-24
DOI
https://doi.org/10.5281/zenodo.15078395
Primary Topic
Mycorrhizal Fungi and Plant Interactions
Type
article
Field-Weighted Citation Impact
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article

6G-PATH_D.7.1 6G-PATH experimentation environment initial

Zenodo (CERN European Organization for Nuclear Research)
Mycorrhizal Fungi and Plant Interactions
article

6G-PATH_D.7.1 6G-PATH experimentation environment initial

article en

Abstract

This deliverable provides an in-depth overview of the progress and status of the testbeds for the project’s initial phase. The document introduces, for each of the testbeds included, a detailed description regarding the 5G infrastructure available, computational resources, orchestration and monitoring capabilities, exposed APIs and network scenarios available for experimentation. The experimentation framework introduced in D2.1 is detailed here from the point of view of the software developed to reach the requirements enumerated in D2.1. In particular, D3.1 documents the software components integrating the initial release of the 6G-PATH framework and the components planned for the final release. The document also “outlines” the advanced experimentation capabilities embedded into the first version of the platforms to enhance experimentation features within the project’s ecosystem. In addition, this deliverable provides the roadmap for the project’s planned evolution towards the final release of the platforms and the 6G-PATH framework. This roadmap encompasses the upcoming improvements to the experimentation framework components, addressing technical refinements and additional functionality and the development of new advanced features. These advanced features are “key” to supporting more complex and robust experimentation in the platforms integrating these features. Almudena Díaz Zayas (UMA), Jorge Márquez Ortega (UMA); Nicola di Pietro (HPE), Panayiotis Verrios, Tilemachos Doukoglou (ACTA); Jesus Macias, Arturo Torrealba (TID), Filipe Cabral Pinto (ALB), Carlos Marques (ALB), Miguel Mesquita (ALB), Pedro Rito (IT), Susana Sargento (IT), Efthymis Serpetzoglou (APART), Sozos Karageorgiou (eBOS), Jose Maria Alcaraz Calero (UWS), Qi Wang (UWS), Peter Gray (CS), Giuseppe Caso (KAU), Jonas Karlsson (KAU), Shahid Iqbal (KAU), Anna Brunstrom (KAU), Ioan Constantin (ORO), Oproiu Elena - Madalina (ORO), Taril Taleb, Yan Chen, Nora Taleb (ICT-FI), Hemant Zope (FOKUS), Dr. ing. Andreea Corici (FOKUS), Benny Häusler (FOKUS), Kalpana Chaudhary (FOKUS), Nicolas Zunker (FOKUS), Christina Lessi (OTE), João Fernandes (ONE), Luís Cordeiro (ONE), Ioannis Chochliouros (OTE).

Zenodo (CERN European Organization for Nuclear Research)
Industry, innovation and infrastructure
Openalex Percentile: Top 44%
Mycorrhizal Fungi and Plant Interactions
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