2004
Contribution to conference
Open Access
OpenDLib: Uno strumento per incrementare la co-operazione tra ricercatori
Pagano P.
Presentazione del sistema alla giornata evento: 'Il modello Open Access e la Società della Conoscenza: impatto in Italia'Source: Il modello Open Access e la Società della Conoscenza: impatto in Italia, Parma, Italy, 19 June 2004
Pagano P.
Presentazione del sistema alla giornata evento: 'Il modello Open Access e la Società della Conoscenza: impatto in Italia'Source: Il modello Open Access e la Società della Conoscenza: impatto in Italia, Parma, Italy, 19 June 2004
See at:
ISTI Repository 
| CNR ExploRA
2005
Report
Open Access
DILIGENT - D4.4.1 Preliminary demonstration plan - M11
Balko S., Meta B., Pagano P., Nucci F. S., Pernice U.
This deliverable is an on-going document that describes the planned actions for demonstration activities within the DILIGENT project. Demonstration activities have the objective to promote the main features of DILIGENT project to potential customers. Target customers have been analysed within WP 4.3 activities (Task 4.3.1 Virtual research organisation aggregation and analysis) and results of this analysis, included in this document served as starting point for the subsequent demonstration identification. In this version of the plan has been described the selected demonstration strategy and the design demonstrators have been chosen depending on available technical results, selected communities and context of use of the same demonstrators.Source: Project report, DILIGENT, Deliverable D4.4.1, 2005
Project(s): DILIGENT
Balko S., Meta B., Pagano P., Nucci F. S., Pernice U.
This deliverable is an on-going document that describes the planned actions for demonstration activities within the DILIGENT project. Demonstration activities have the objective to promote the main features of DILIGENT project to potential customers. Target customers have been analysed within WP 4.3 activities (Task 4.3.1 Virtual research organisation aggregation and analysis) and results of this analysis, included in this document served as starting point for the subsequent demonstration identification. In this version of the plan has been described the selected demonstration strategy and the design demonstrators have been chosen depending on available technical results, selected communities and context of use of the same demonstrators.Source: Project report, DILIGENT, Deliverable D4.4.1, 2005
Project(s): DILIGENT
See at:
ISTI Repository | CNR ExploRA
2004
Other
Open Access
OpenDLib: oltre le biblioteche digitali
Pagano P.
OpenDLib: un sistema che coordina servizi e risorse condivise in un ambiente dinamico e multi-istituzionale: - Acquisizione, memorizzazione, preservazione e disseminazione - Autorizzazione e autenticazione - Analisi, ricerca, ed accesso - Organizzazione dello spazio informativo - Valorizzazione - Interoperabilità.
Pagano P.
OpenDLib: un sistema che coordina servizi e risorse condivise in un ambiente dinamico e multi-istituzionale: - Acquisizione, memorizzazione, preservazione e disseminazione - Autorizzazione e autenticazione - Analisi, ricerca, ed accesso - Organizzazione dello spazio informativo - Valorizzazione - Interoperabilità.
See at:
ISTI Repository | CNR ExploRA
2007
Report
Unknown
DILIGENT - D3.1.1 - EGEE-DILIGENT Interaction Report November 2007
Faggian Marque R., Andrade P., Pagano P.
This deliverable describes the activities performed in the context of WP3.1. WP3.1 objectives are: o to coordinate the cooperation and the interactions between DILIGENT and the EGEE activities to enable the integration, exploitation and enhancement of EGEE achievements through DILIGENT objectives; o to analyze the status of the available Grid infrastructure compared to the specific requirements of the Digital Libraries (DLs) community. Establish the basis for a profitable experimentation of Grid technologies in the knowledge management domain. The purpose of this document is to describe how the interaction between the DILIGENT and EGEE projects took place and explain the feedback provided to EGEE and the Digital Libraries community. This ongoing deliverable was progressively expanded during the lifetime of DILIGENT. More precisely, three versions of this report were produced: report 1 at project month 8, report 2 at project month 22 and report 3 at project month 38. These three periods are described in the document in chronological order in the following three chapters: "Hands-on Technology", which covers the activities from month 1 to month 8, "Design and Experimentation", covering from month 9 to month 21, and "Built of the Prototype", from month 22 to month 38.Source: Project report, DILIGENT, Deliverable D3.1.1, 2007
Project(s): DILIGENT
Faggian Marque R., Andrade P., Pagano P.
This deliverable describes the activities performed in the context of WP3.1. WP3.1 objectives are: o to coordinate the cooperation and the interactions between DILIGENT and the EGEE activities to enable the integration, exploitation and enhancement of EGEE achievements through DILIGENT objectives; o to analyze the status of the available Grid infrastructure compared to the specific requirements of the Digital Libraries (DLs) community. Establish the basis for a profitable experimentation of Grid technologies in the knowledge management domain. The purpose of this document is to describe how the interaction between the DILIGENT and EGEE projects took place and explain the feedback provided to EGEE and the Digital Libraries community. This ongoing deliverable was progressively expanded during the lifetime of DILIGENT. More precisely, three versions of this report were produced: report 1 at project month 8, report 2 at project month 22 and report 3 at project month 38. These three periods are described in the document in chronological order in the following three chapters: "Hands-on Technology", which covers the activities from month 1 to month 8, "Design and Experimentation", covering from month 9 to month 21, and "Built of the Prototype", from month 22 to month 38.Source: Project report, DILIGENT, Deliverable D3.1.1, 2007
Project(s): DILIGENT
See at: CNR ExploRA
2008
Report
Open Access
D4SCIENCE - Quality plan
Andrade P., Pagano P.
Quality Assurance is an important task within the scope of any IT project. The implementation of such activity is usually defined through a Quality Plan. The objective of this deliverable is to report the Quality Plan established for the D4Science project. This plan covers many activities of the project by defining procedures concerning different managerial and technological aspects of the project. The ultimate objective of this Quality Plan is to ensure the production of concrete and high-quality results inline with the project plans.Source: Project report, D4SCIENCE, Deliverable DSA1.2a, 2008
Project(s): D4SCIENCE
Andrade P., Pagano P.
Quality Assurance is an important task within the scope of any IT project. The implementation of such activity is usually defined through a Quality Plan. The objective of this deliverable is to report the Quality Plan established for the D4Science project. This plan covers many activities of the project by defining procedures concerning different managerial and technological aspects of the project. The ultimate objective of this Quality Plan is to ensure the production of concrete and high-quality results inline with the project plans.Source: Project report, D4SCIENCE, Deliverable DSA1.2a, 2008
Project(s): D4SCIENCE
See at:
ISTI Repository | CNR ExploRA
2008
Report
Open Access
D4SCIENCE - Middleware deployment and operational support procedures
Pagano P., Andrade P.
This deliverable provides a detailed description of the procedures and tools that will be put in place to make available and maintain the D4Science production infrastructure. This infrastructure can be defined as the set of hardware and software resources deployed to provide D4Science user communities with a high quality reliable service. The procedures and tools described by the deliverable cover all operational areas of the management of the infrastructure and are organized in two main sections (1) gCube procedures and tools and (2) gLite procedures and tools. The former describes the procedures defined to operate the gCube nodes of the infrastructure while the latter presents the EGEE procedures that were adopted to manage the gLite nodes of the infrastructure. Links to the tools and documentation defined by operations procedures are also presented.Source: Project report, D4SCIENCE, Deliverable DSA1.2a, 2008
Project(s): D4SCIENCE
Pagano P., Andrade P.
This deliverable provides a detailed description of the procedures and tools that will be put in place to make available and maintain the D4Science production infrastructure. This infrastructure can be defined as the set of hardware and software resources deployed to provide D4Science user communities with a high quality reliable service. The procedures and tools described by the deliverable cover all operational areas of the management of the infrastructure and are organized in two main sections (1) gCube procedures and tools and (2) gLite procedures and tools. The former describes the procedures defined to operate the gCube nodes of the infrastructure while the latter presents the EGEE procedures that were adopted to manage the gLite nodes of the infrastructure. Links to the tools and documentation defined by operations procedures are also presented.Source: Project report, D4SCIENCE, Deliverable DSA1.2a, 2008
Project(s): D4SCIENCE
See at:
ISTI Repository | CNR ExploRA
2008
Report
Unknown
Infrastructure operation report
Pagano P., Faggian Marque R., Andrade P.
This deliverable reports on the current status of the D4Science production infrastructure that is being deployed by the project Service Activity. This infrastructure can be defined as the set of hardware, software, and procedures deployed to provide D4Science user communities with a reliable production service. In particular the deliverable reports on the different nodes that compose the infrastructure by describing the status of these nodes and explaining the deployment, certification, monitoring, and support activities that lead to the availability of the infrastructure. Finally, this report presents the portal of the infrastructure giving details of the existing virtual research environments (VREs) and associated users communities.Source: Project report, D4SCIENCE, Deliverable DSA1.3a, 2008
Project(s): D4SCIENCE
Pagano P., Faggian Marque R., Andrade P.
This deliverable reports on the current status of the D4Science production infrastructure that is being deployed by the project Service Activity. This infrastructure can be defined as the set of hardware, software, and procedures deployed to provide D4Science user communities with a reliable production service. In particular the deliverable reports on the different nodes that compose the infrastructure by describing the status of these nodes and explaining the deployment, certification, monitoring, and support activities that lead to the availability of the infrastructure. Finally, this report presents the portal of the infrastructure giving details of the existing virtual research environments (VREs) and associated users communities.Source: Project report, D4SCIENCE, Deliverable DSA1.3a, 2008
Project(s): D4SCIENCE
See at: CNR ExploRA
2009
Report
Open Access
Infrastructure operation report
Pagano P., Andrade P.
This deliverable reports on the activities carried out by the D4Science Service Activity (SA) to deploy the project production infrastructure. This infrastructure can be defined as the set of hardware, software, and procedures deployed to provide D4Science user communities with a reliable production service. In particular this document provides detailed information about the work carried out during the first year of the project to deploy and maintain the production infrastructure. This includes (1) the description of the nodes allocated to the infrastructure, (2) the presentation of the procedures defined to deploy, certify, monitor, and support the infrastructure as well as the results of their implementation, and finally (3) the report on the deployment of the project user communities VOs.Source: Project report, D4SCIENCE, Deliverable DSA1.3b, 2009
Project(s): D4SCIENCE
Pagano P., Andrade P.
This deliverable reports on the activities carried out by the D4Science Service Activity (SA) to deploy the project production infrastructure. This infrastructure can be defined as the set of hardware, software, and procedures deployed to provide D4Science user communities with a reliable production service. In particular this document provides detailed information about the work carried out during the first year of the project to deploy and maintain the production infrastructure. This includes (1) the description of the nodes allocated to the infrastructure, (2) the presentation of the procedures defined to deploy, certify, monitor, and support the infrastructure as well as the results of their implementation, and finally (3) the report on the deployment of the project user communities VOs.Source: Project report, D4SCIENCE, Deliverable DSA1.3b, 2009
Project(s): D4SCIENCE
See at:
ISTI Repository | CNR ExploRA
2009
Report
Open Access
Procedures and resources plan
Pagano P., Milano D., Andrade P., Tsakalozos K., Gargana R.
This deliverable provides an overview of the D4Science production infrastructure, i.e. the set of hardware and software resources deployed to provide D4Science user communities with a high quality production service. It updates deliverable DSA1.1a and plans the deployment of the infrastructure for the second year of the project. In particular, the deliverable updates on the procedures that are being exploited for the deployment and maintenance of the infrastructure. Moreover, it describes the different roles responsible for the execution of such procedures and the tools exploited. The deliverable also covers the resources allocated to the production infrastructure by presenting detailed information about the hardware currently allocated to the infrastructure and the plans for new resources until the end of the project.Source: Project report, D4SCIENCE, Deliverable DSA1.1b, 2009
Project(s): D4SCIENCE
Pagano P., Milano D., Andrade P., Tsakalozos K., Gargana R.
This deliverable provides an overview of the D4Science production infrastructure, i.e. the set of hardware and software resources deployed to provide D4Science user communities with a high quality production service. It updates deliverable DSA1.1a and plans the deployment of the infrastructure for the second year of the project. In particular, the deliverable updates on the procedures that are being exploited for the deployment and maintenance of the infrastructure. Moreover, it describes the different roles responsible for the execution of such procedures and the tools exploited. The deliverable also covers the resources allocated to the production infrastructure by presenting detailed information about the hardware currently allocated to the infrastructure and the plans for new resources until the end of the project.Source: Project report, D4SCIENCE, Deliverable DSA1.1b, 2009
Project(s): D4SCIENCE
See at:
ISTI Repository | CNR ExploRA
2009
Report
Open Access
Procedures and Resources Plan
Andrade P., Manzi A., Pagano P.
The D4Science-II project aims to build a Knowledge Ecosystem by promoting, defining, and implementing interoperability between the D4Science e-Infrastructure and other data e-Infrastructures. This Ecosystem will therefore be composed by multiple resources of different nature, provided by geographically distributed organizations. In order to create such ecosystem, the project will focus on the deployment and exploitation of mechanisms and policies for the interoperability of application-level infrastructure and infrastructural services. The objective is the D4Science-II SA1 Knowledge Ecosystem Operation work package is to deploy and maintain the central services of the D4Science e-Infrastructure to allow the interoperability with other e-Infrastructures, and the creation of multiple Virtual Organizations (VOs) and Virtual Research Environments (VREs) supporting different scientific scenarios. The D4Science e-Infrastructure is composed by different resources (hardware, data, services) provided by project members and other external organizations. This deliverable presents the hardware resources allocated by D4Science partners to the project e-Infrastructure by providing detailed information about the hardware characteristics and the deployment plan to exploit such nodes. This deliverable also presents the procedures defined by the D4Science Service Activity to efficiently operate the Ecosystem. The implementation of these procedures is carried out by a well defined set of roles and is based on a number of collaboration tools. These roles and tools are also described in the deliverable.Source: Project report, D4SCIENCE-II, Deliverable DSA1.1a, 2009
Project(s): D4SCIENCE-II
Andrade P., Manzi A., Pagano P.
The D4Science-II project aims to build a Knowledge Ecosystem by promoting, defining, and implementing interoperability between the D4Science e-Infrastructure and other data e-Infrastructures. This Ecosystem will therefore be composed by multiple resources of different nature, provided by geographically distributed organizations. In order to create such ecosystem, the project will focus on the deployment and exploitation of mechanisms and policies for the interoperability of application-level infrastructure and infrastructural services. The objective is the D4Science-II SA1 Knowledge Ecosystem Operation work package is to deploy and maintain the central services of the D4Science e-Infrastructure to allow the interoperability with other e-Infrastructures, and the creation of multiple Virtual Organizations (VOs) and Virtual Research Environments (VREs) supporting different scientific scenarios. The D4Science e-Infrastructure is composed by different resources (hardware, data, services) provided by project members and other external organizations. This deliverable presents the hardware resources allocated by D4Science partners to the project e-Infrastructure by providing detailed information about the hardware characteristics and the deployment plan to exploit such nodes. This deliverable also presents the procedures defined by the D4Science Service Activity to efficiently operate the Ecosystem. The implementation of these procedures is carried out by a well defined set of roles and is based on a number of collaboration tools. These roles and tools are also described in the deliverable.Source: Project report, D4SCIENCE-II, Deliverable DSA1.1a, 2009
Project(s): D4SCIENCE-II
See at:
ISTI Repository | CNR ExploRA
2009
Report
Open Access
Procedures and resources plan
Andrade P., Manzi A., Pagano P.
The D4Science-II project aims to build a Knowledge Ecosystem by promoting, defining, and implementing interoperability between the D4Science e-Infrastructure and other data e-Infrastructures. This Ecosystem will therefore be composed by multiple resources of different nature, provided by geographically distributed organizations. In order to create such ecosystem, the project will focus on the deployment and exploitation of mechanisms and policies for the interoperability of application-level infrastructure and infrastructural services. The objective is the D4Science-II SA1 Knowledge Ecosystem Operation work package is to deploy and maintain the central services of the D4Science e-Infrastructure to allow the interoperability with other e-Infrastructures, and the creation of multiple Virtual Organizations (VOs) and Virtual Research Environments (VREs) supporting different scientific scenarios. The D4Science e-Infrastructure is composed by different resources (hardware, data, services) provided by project members and other external organizations. This deliverable presents the hardware resources allocated by D4Science partners to the project e-Infrastructure by providing detailed information about the hardware characteristics and the deployment plan to exploit such nodes. This deliverable also presents the procedures defined by the D4Science Service Activity to efficiently operate the Ecosystem. The implementation of these procedures is carried out by a well defined set of roles and is based on a number of collaboration tools. These roles and tools are also described in the deliverable.Source: Project report, D4SCIENCE-II, Deliverable DSA1.1a, 2009
Project(s): D4SCIENCE-II
Andrade P., Manzi A., Pagano P.
The D4Science-II project aims to build a Knowledge Ecosystem by promoting, defining, and implementing interoperability between the D4Science e-Infrastructure and other data e-Infrastructures. This Ecosystem will therefore be composed by multiple resources of different nature, provided by geographically distributed organizations. In order to create such ecosystem, the project will focus on the deployment and exploitation of mechanisms and policies for the interoperability of application-level infrastructure and infrastructural services. The objective is the D4Science-II SA1 Knowledge Ecosystem Operation work package is to deploy and maintain the central services of the D4Science e-Infrastructure to allow the interoperability with other e-Infrastructures, and the creation of multiple Virtual Organizations (VOs) and Virtual Research Environments (VREs) supporting different scientific scenarios. The D4Science e-Infrastructure is composed by different resources (hardware, data, services) provided by project members and other external organizations. This deliverable presents the hardware resources allocated by D4Science partners to the project e-Infrastructure by providing detailed information about the hardware characteristics and the deployment plan to exploit such nodes. This deliverable also presents the procedures defined by the D4Science Service Activity to efficiently operate the Ecosystem. The implementation of these procedures is carried out by a well defined set of roles and is based on a number of collaboration tools. These roles and tools are also described in the deliverable.Source: Project report, D4SCIENCE-II, Deliverable DSA1.1a, 2009
Project(s): D4SCIENCE-II
See at:
ISTI Repository | CNR ExploRA
2007
Report
Unknown
DILIGENT - D4.4.2 - Updated Demonstration plan and activity report - interim
Manieri A., Pagano P., Hauer E., Springmann M.
The objective of this document is to report the activities performed in the Demonstration workpackage (WP 4.4) until M24, including the final description of planned demos and instruction for their access and use. In particular it provides a detailed description of the activities and objectives planned until the end of the workpackage that will be also included in the New Implementation Plan M25-36. The aims of this document is to have a clear picture of the status of this WP, the problem encountered, any deviation from original plans and the corrective actions adopted. Some information already submitted as IMR for the past periods here are better represented and discussed.Source: Project report, DILIGENT, Deliverable 4.4.2, 2007
Project(s): DILIGENT
Manieri A., Pagano P., Hauer E., Springmann M.
The objective of this document is to report the activities performed in the Demonstration workpackage (WP 4.4) until M24, including the final description of planned demos and instruction for their access and use. In particular it provides a detailed description of the activities and objectives planned until the end of the workpackage that will be also included in the New Implementation Plan M25-36. The aims of this document is to have a clear picture of the status of this WP, the problem encountered, any deviation from original plans and the corrective actions adopted. Some information already submitted as IMR for the past periods here are better represented and discussed.Source: Project report, DILIGENT, Deliverable 4.4.2, 2007
Project(s): DILIGENT
See at: CNR ExploRA
2012
Contribution to conference
Restricted
iMarine - a hybrid data infrastructure for an ecosystem approach to fisheries management and conservation of marine living resources
Pagano P.
This presentation concerns how iMarine (www.i-marine.eu) operates a hybrid data infrastructure to support the principles of the ecosystem approach to fisheries (EAF) management.Source: 3rd Marine Board Forum: new technologies for a blue future, pp. 1–10, Brussels, 18 April 2012
Project(s): IMARINE
Pagano P.
This presentation concerns how iMarine (www.i-marine.eu) operates a hybrid data infrastructure to support the principles of the ecosystem approach to fisheries (EAF) management.Source: 3rd Marine Board Forum: new technologies for a blue future, pp. 1–10, Brussels, 18 April 2012
Project(s): IMARINE
See at:
www.marineboard.eu 
| CNR ExploRA
2012
Contribution to conference
Restricted
Defining the e-Infrastructure needs of european environmental research infrastructures.
Pagano P.
The ENVRI project, "Common Operations of Environmental Research infrastructures" is a collaboration in the ESFRI Environment Cluster, with support from ICT experts, to develop common e-science components and services for their facilities. The target is on developing common capabilities including software and services of the environmental and e-infrastructure communities across the very diverse research infrastructures that can be deployed and operated at scale through collaboration with e-Infrastructure providers. This presentation will focus on the common challenges across the research infrastructures relating to data capture from distributed sensors, metadata standardisation, management of high volume data, workflow execution and data visualisation that are faced by applied scientists in this domain, and the early work going on in the project relating to the common standards, deployable services and tools that they will need to undertake their research.Source: EGI Community Forum, pp. 1–31, Munich, Germany, 26-30 March 2012
Project(s): EURO ARGO
Pagano P.
The ENVRI project, "Common Operations of Environmental Research infrastructures" is a collaboration in the ESFRI Environment Cluster, with support from ICT experts, to develop common e-science components and services for their facilities. The target is on developing common capabilities including software and services of the environmental and e-infrastructure communities across the very diverse research infrastructures that can be deployed and operated at scale through collaboration with e-Infrastructure providers. This presentation will focus on the common challenges across the research infrastructures relating to data capture from distributed sensors, metadata standardisation, management of high volume data, workflow execution and data visualisation that are faced by applied scientists in this domain, and the early work going on in the project relating to the common standards, deployable services and tools that they will need to undertake their research.Source: EGI Community Forum, pp. 1–31, Munich, Germany, 26-30 March 2012
Project(s): EURO ARGO
See at:
indico.egi.eu | CNR ExploRA
2012
Contribution to book
Restricted
Data Interoperability
Pagano P.
In this paper the author discusses the role that data interoperability will play in the future global research data infrastructures.Source: , pp. 91–98. Roma: Consortium GARR, 2012
Project(s): GRDI2020
Pagano P.
In this paper the author discusses the role that data interoperability will play in the future global research data infrastructures.Source: , pp. 91–98. Roma: Consortium GARR, 2012
Project(s): GRDI2020
See at:
www.grdi2020.eu | CNR ExploRA
2012
Conference article
Restricted
Powering Science by embedding Cloud Computing in Hybrid Data Infrastructures.
Pagano P.
A recent study promoted by The Royal Society analysed the changing patterns of science and scientific collaborations and confirmed that science is increasingly global, multipolar, and networked. This trend is captured by the VVV paradigm, that is, data growth in Volume, Variety, and collection, processing and consumption Velocity. The requirements of this new science outgrow the capacity of traditional approaches. In particular: - Global, multipolar and networked scientific collaborations require dynamic computational environments capable of dealing with the VVV paradigm. - Heterogeneity of the data types and data sources to be integrated requires computational environments capable of federating a number of different technologies. - Innovative solutions for massive data storage, curation, management, and analysis require elastic access and usage of computational resources. The Hybrid Data Infrastructure (HDI) is an emerging paradigm, which assumes that different technologies, including cloud computing can be integrated to provide elastic access and usage of data and data-management capabilities needed to address the challenges of new science. The iMarine and EUBrazilOpenBio projects are underpinned by Hybrid Data Infrastructures. These infrastructures support world-wide collaboration between distributed biodiversity communities by federating heterogeneous data sources, offering innovative solutions to scientists. This is achieved by integrating advanced technologies for the management of data and by providing access to heterogeneous cloud computing resources by embedding the VENUS-C technology.Source: Cloudscape IV - Advances on Interoperability & Cloud Computing Standards, pp. 28–29, Brussels (Belgio), 23-24 February 2012
Project(s): SIENA
Pagano P.
A recent study promoted by The Royal Society analysed the changing patterns of science and scientific collaborations and confirmed that science is increasingly global, multipolar, and networked. This trend is captured by the VVV paradigm, that is, data growth in Volume, Variety, and collection, processing and consumption Velocity. The requirements of this new science outgrow the capacity of traditional approaches. In particular: - Global, multipolar and networked scientific collaborations require dynamic computational environments capable of dealing with the VVV paradigm. - Heterogeneity of the data types and data sources to be integrated requires computational environments capable of federating a number of different technologies. - Innovative solutions for massive data storage, curation, management, and analysis require elastic access and usage of computational resources. The Hybrid Data Infrastructure (HDI) is an emerging paradigm, which assumes that different technologies, including cloud computing can be integrated to provide elastic access and usage of data and data-management capabilities needed to address the challenges of new science. The iMarine and EUBrazilOpenBio projects are underpinned by Hybrid Data Infrastructures. These infrastructures support world-wide collaboration between distributed biodiversity communities by federating heterogeneous data sources, offering innovative solutions to scientists. This is achieved by integrating advanced technologies for the management of data and by providing access to heterogeneous cloud computing resources by embedding the VENUS-C technology.Source: Cloudscape IV - Advances on Interoperability & Cloud Computing Standards, pp. 28–29, Brussels (Belgio), 23-24 February 2012
Project(s): SIENA
See at:
www.sienainitiative.eu | CNR ExploRA
2014
Contribution to conference
Open Access
The technical aspect of iMarine
Pagano P.
The presentation describes how iMarine is exploiting a Hybrid Data Infrastructure combining over 500 software components into a coherent and centrally managed system of hardware, software, and data resourcesSource: ICRI 2014 - 2nd International Conference on Research Infrastructures, Athens, Greece, 2-4 April 2014
Project(s): IMARINE
Pagano P.
The presentation describes how iMarine is exploiting a Hybrid Data Infrastructure combining over 500 software components into a coherent and centrally managed system of hardware, software, and data resourcesSource: ICRI 2014 - 2nd International Conference on Research Infrastructures, Athens, Greece, 2-4 April 2014
Project(s): IMARINE
See at:
ISTI Repository | www.icri2014.eu | CNR ExploRA
2014
Report
Open Access
IMARINE - EA-CoP Validation
Ellenbroek A., Pagano P.
This report documents the strategy, plan, and progress leading to the development of specific applications and tools that in tandem with the rest of gCube technology will be used to realize the Virtual Research Environments that are expected to serve the needs of the Ecosystem Approach Community of Practice.Source: Project report, iMarine, Deliverable D3.5, 2014
Project(s): IMARINE
Ellenbroek A., Pagano P.
This report documents the strategy, plan, and progress leading to the development of specific applications and tools that in tandem with the rest of gCube technology will be used to realize the Virtual Research Environments that are expected to serve the needs of the Ecosystem Approach Community of Practice.Source: Project report, iMarine, Deliverable D3.5, 2014
Project(s): IMARINE
See at:
goo.gl | ISTI Repository | CNR ExploRA
2016
Contribution to journal
Open Access
Hybrid data e-infrastructures: VREs as-a-Service
Pagano P.
The author has been invited to write about the uses of hybrid data infrastructures as VREs-as-a-service.Source: Inspired. News from the EGI Community 23 (2016).
Pagano P.
The author has been invited to write about the uses of hybrid data infrastructures as VREs-as-a-service.Source: Inspired. News from the EGI Community 23 (2016).
See at:
www.egi.eu | CNR ExploRA
2016
Report
Open Access
EGI-Engage - D2.7 market report on the fishery and marine sciences data analysis sector
Nardi N., Laurent Y., Ellenbroek A., Pagano P.
This document introduces the Fishery and Marine Sciences Data Analysis Sector to EGI through a top-down approach, which presents a market analysis, a domain and stakeholder analysis, and data flow analysis. In addition, a bottom-up approach was adopted and presents a survey analysis (questionnaire, interview, example initiative serving the community). The work is supported by EGI-Engage TNA2.3, and works towards its objectives by developing the EGI business engagement programme and service exploitation programme by offering services for exploitation of fishery and marine data to innovators. The expected outcome is new collaborations with SME's and other stakeholder types. This will be achieved by providing a clear introduction to the sector, its domains, stakeholders, and data value chains. Furthermore, this document allows EGI to learn the data needs and challenges of the different stakeholder types, giving insights about the community requirements, preparing EGI for any future engagement/collaboration (if desired) which could lead to the creation of future business collaborations.Source: Project report, EGI-Engage, Deliverable D2.7, 2016
Project(s): EGI-Engage
Nardi N., Laurent Y., Ellenbroek A., Pagano P.
This document introduces the Fishery and Marine Sciences Data Analysis Sector to EGI through a top-down approach, which presents a market analysis, a domain and stakeholder analysis, and data flow analysis. In addition, a bottom-up approach was adopted and presents a survey analysis (questionnaire, interview, example initiative serving the community). The work is supported by EGI-Engage TNA2.3, and works towards its objectives by developing the EGI business engagement programme and service exploitation programme by offering services for exploitation of fishery and marine data to innovators. The expected outcome is new collaborations with SME's and other stakeholder types. This will be achieved by providing a clear introduction to the sector, its domains, stakeholders, and data value chains. Furthermore, this document allows EGI to learn the data needs and challenges of the different stakeholder types, giving insights about the community requirements, preparing EGI for any future engagement/collaboration (if desired) which could lead to the creation of future business collaborations.Source: Project report, EGI-Engage, Deliverable D2.7, 2016
Project(s): EGI-Engage
See at:
ISTI Repository | CNR ExploRA