2011
Contribution to journal
Restricted
Think tank on digital library interoperability
Candela L., Castelli D.
DL.org (www.dlorg.eu), a European Coordination Action on "Digital Library Interoperability, Best Practices and Modelling Foundations", has recently completed an important two-year research activity that investigated interoperability in Digital Libraries.Its results are described here.Source: D-Lib magazine 17 (2011).
Project(s): DL.ORG
Candela L., Castelli D.
DL.org (www.dlorg.eu), a European Coordination Action on "Digital Library Interoperability, Best Practices and Modelling Foundations", has recently completed an important two-year research activity that investigated interoperability in Digital Libraries.Its results are described here.Source: D-Lib magazine 17 (2011).
Project(s): DL.ORG
See at:
www.dlib.org 
| CNR ExploRA
2011
Contribution to conference
Unknown
Preface of VLDL 2011
Candela L., Ioannidis Y., Manghi P.
The goal of the Very Large Digital Library workshop series is to provide researchers, practitioners and application developers with a forum fostering a constructive exchange among all key actors in the field of Very Large Digital Libraries.Source: Pisa: CNR-ISTI, 2011
Candela L., Ioannidis Y., Manghi P.
The goal of the Very Large Digital Library workshop series is to provide researchers, practitioners and application developers with a forum fostering a constructive exchange among all key actors in the field of Very Large Digital Libraries.Source: Pisa: CNR-ISTI, 2011
See at: CNR ExploRA
2011
Book
Restricted
Digital library conformance checklist
Ross S., Castelli D., Ioannidis Y., Vullo G., Innocenti P., Candela L., Nika A., El Raheb K., Katifori A.
This booklet is abstracted and abridged from "The Digital Library Reference Model"- D3.2 DL.org Project Deliverable. The check list is designed to verify whether or not a digital library conforms to the Digital Library Reference Model.Project(s): DL.ORG
Ross S., Castelli D., Ioannidis Y., Vullo G., Innocenti P., Candela L., Nika A., El Raheb K., Katifori A.
This booklet is abstracted and abridged from "The Digital Library Reference Model"- D3.2 DL.org Project Deliverable. The check list is designed to verify whether or not a digital library conforms to the Digital Library Reference Model.Project(s): DL.ORG
See at:
goo.gl | CNR ExploRA
2011
Book
Restricted
DL.org digital library manifesto
Candela L., Athanasopoulos G., Castelli D., El Raheb K., Innocenti P., Ioannidis Y., Katifori A., Nika A., Vullo G., Ross S.
This booklet is abstracted and abridged from "The Digital Library Reference Model"- D3.2b DL.org project Deliverable, April 2011. The booklet is focused on identifying he cornerstone elements characterising the whole digital library domainProject(s): DL.ORG
Candela L., Athanasopoulos G., Castelli D., El Raheb K., Innocenti P., Ioannidis Y., Katifori A., Nika A., Vullo G., Ross S.
This booklet is abstracted and abridged from "The Digital Library Reference Model"- D3.2b DL.org project Deliverable, April 2011. The booklet is focused on identifying he cornerstone elements characterising the whole digital library domainProject(s): DL.ORG
See at:
goo.gl | CNR ExploRA
2011
Contribution to journal
Open Access
A New Step Toward Digital Library Foundations
Candela L., Castelli D.
DL.org (www.dlorg.eu), a European Coordination Action on "Digital Library Interoperability, Best Practices and Modelling Foundations", has recently finalised a new version of the "Digital Library Reference Model". This has been produced by using the DELOS Digital Library Reference Model (produced in February 2008) as a firm starting point and drawing on global expertise harnessed through six working groups made up of more than 50 international experts who are active in the Digital Library domain.Source: D-Lib magazine 17 (2011).
Project(s): DL.ORG
Candela L., Castelli D.
DL.org (www.dlorg.eu), a European Coordination Action on "Digital Library Interoperability, Best Practices and Modelling Foundations", has recently finalised a new version of the "Digital Library Reference Model". This has been produced by using the DELOS Digital Library Reference Model (produced in February 2008) as a firm starting point and drawing on global expertise harnessed through six working groups made up of more than 50 international experts who are active in the Digital Library domain.Source: D-Lib magazine 17 (2011).
Project(s): DL.ORG
See at:
www.dlib.org 
| CNR ExploRA
2011
Book
Restricted
Digital library reference model in a nutshell
Candela L., Athanasopoulos G., Castelli D., El Raheb K., Innocenti P., Ioannidis Y., Katifori A., Nika A., Vullo G., Ross S.
The booklet is an abstracted and abridged from the "Digital Library Reference Model" - D3.2b DL.org deliverable, April 2011 - that is a conceptual framework aimed at capturing significant entities and relationships in the digital library universe with the goal of developing a concrete model of it.Project(s): DL.ORG
Candela L., Athanasopoulos G., Castelli D., El Raheb K., Innocenti P., Ioannidis Y., Katifori A., Nika A., Vullo G., Ross S.
The booklet is an abstracted and abridged from the "Digital Library Reference Model" - D3.2b DL.org deliverable, April 2011 - that is a conceptual framework aimed at capturing significant entities and relationships in the digital library universe with the goal of developing a concrete model of it.Project(s): DL.ORG
See at:
goo.gl | CNR ExploRA
2011
Book
Restricted
DL.org - Digital library technology & methodology cookbook: an interoperability framework, best practices & solutions. Coordination Action on Digital Libary Interoperability, Best practices and Modelling Foundations. Deliverable D3.4.
Athanasopoulos G., Candela L., Castelli D., El Raheb K., Innocenti P., Ioannidis Y., Katifori A., Nika A., Ross S., Tani A., Thanos C., Toli E., Vullo G.
This booklet presents an interoperability framework and discusses a set of best practices and pattern solutions to common issues faced when developing interoperable digital library systemsProject(s): DL.ORG
Athanasopoulos G., Candela L., Castelli D., El Raheb K., Innocenti P., Ioannidis Y., Katifori A., Nika A., Ross S., Tani A., Thanos C., Toli E., Vullo G.
This booklet presents an interoperability framework and discusses a set of best practices and pattern solutions to common issues faced when developing interoperable digital library systemsProject(s): DL.ORG
See at:
goo.gl | CNR ExploRA
2011
Journal article
Closed Access
Fourth Workshop on Very Large Digital Libraries: on the marriage between Very Large Digital Libraries and Very Large Data Archives
Candela Leonardo, Manghi Paolo, Ioannidis Yannis
This article introduces the reasons why VLDLs cannot be simply regarded as very large databases storing Digital Library (DL) content, as one may be tempted to assess. In fact, as the Reference Model for Digital Libraries well justifies, DL systems cannot be approached from the perspective of content management only; the dimensions of user, functionality, policy, quality, and architecture management are equally important. Accordingly, DLs become Very Large DLs (VLDLs) when any one of these aspects reaches a magnitude that requires specialized technologies or approaches.Source: SIGMOD record (Online) 40 (2011): 61–64. doi:10.1145/2094114.2094130
DOI: 10.1145/2094114.2094130
Metrics:
Candela Leonardo, Manghi Paolo, Ioannidis Yannis
This article introduces the reasons why VLDLs cannot be simply regarded as very large databases storing Digital Library (DL) content, as one may be tempted to assess. In fact, as the Reference Model for Digital Libraries well justifies, DL systems cannot be approached from the perspective of content management only; the dimensions of user, functionality, policy, quality, and architecture management are equally important. Accordingly, DLs become Very Large DLs (VLDLs) when any one of these aspects reaches a magnitude that requires specialized technologies or approaches.Source: SIGMOD record (Online) 40 (2011): 61–64. doi:10.1145/2094114.2094130
DOI: 10.1145/2094114.2094130
Metrics:
See at:
ACM SIGMOD Record | CNR ExploRA
2011
Report
Unknown
OpenAIRE - Subject-specific roadmap report
Candela L., Manghi P., Katifori A.
The main purpose of this document is to report how researchers investigating in the area of e- Infrastructures organize their activities of "data and publication management" and themselves rely on research infrastructures to do so. Due to the early age of this field and its rather multidisciplinary computer science character no well-established research infrastructure is available and researchers tend to follow "infrastructure-flavored" solutions local to their organizations. As a consequence, the authors of this chapter (from the D-Lib research group at CNR, Italy and the MADGIK research group at the University of Athens, Greece) opted to approach this study by collecting a number of experiences from relevant stakeholders in the field in order to identify "local infrastructure" commonalities and "research infrastructure" desiderata.Source: Project report, OpenAIRE, Deliverable D7.2, 2011
Project(s): OPENAIRE
Candela L., Manghi P., Katifori A.
The main purpose of this document is to report how researchers investigating in the area of e- Infrastructures organize their activities of "data and publication management" and themselves rely on research infrastructures to do so. Due to the early age of this field and its rather multidisciplinary computer science character no well-established research infrastructure is available and researchers tend to follow "infrastructure-flavored" solutions local to their organizations. As a consequence, the authors of this chapter (from the D-Lib research group at CNR, Italy and the MADGIK research group at the University of Athens, Greece) opted to approach this study by collecting a number of experiences from relevant stakeholders in the field in order to identify "local infrastructure" commonalities and "research infrastructure" desiderata.Source: Project report, OpenAIRE, Deliverable D7.2, 2011
Project(s): OPENAIRE
See at: CNR ExploRA
2011
Report
Open Access
D4Science-II - Knowledge ecosystem operation report (SA1.2b )
Candela L., Manzi A., Pagano P.
This deliverable reports the activities carried out by the D4Science-II Service Activity (SA) to deploy and maintain the project production ecosystem. This ecosystem can be defined as the set of hardware, software, data collections, and procedures that together provide reliable collaboration environments to the D4Science-II user communities. This document documents the work carried out during the second year of the project (M13-M24) to deploy and maintain the production ecosystem. This includes: (1) the description of the infrastructure, sites, and nodes allocated to the ecosystem, (2) the results of applying the procedures defined for deployment, certification, monitoring, accounting, support, and finally (3) the description of the environments deployed to satisfy the requirements of the project user communities.Source: Project report, D4SCIENCE-II, Deliverable DSA1.2b, 2011
Project(s): D4SCIENCE-II
Candela L., Manzi A., Pagano P.
This deliverable reports the activities carried out by the D4Science-II Service Activity (SA) to deploy and maintain the project production ecosystem. This ecosystem can be defined as the set of hardware, software, data collections, and procedures that together provide reliable collaboration environments to the D4Science-II user communities. This document documents the work carried out during the second year of the project (M13-M24) to deploy and maintain the production ecosystem. This includes: (1) the description of the infrastructure, sites, and nodes allocated to the ecosystem, (2) the results of applying the procedures defined for deployment, certification, monitoring, accounting, support, and finally (3) the description of the environments deployed to satisfy the requirements of the project user communities.Source: Project report, D4SCIENCE-II, Deliverable DSA1.2b, 2011
Project(s): D4SCIENCE-II
See at:
ISTI Repository | CNR ExploRA
2011
Report
Unknown
D4Science-II - Quarterly Report - Deliverable (DNA2.1d)
Castelli D., Andrade P., Candela L., Kakaletris G., Keizer J., Pagano P.
This report describes the achievements of the D4Science-II activities with respect to the planned objectives for the period October - December 2010. Section 1 provides a summary of these achievements grouped into five activity areas: (i) coordination and management, (ii) outreach, (iii) gCube development and maintenance, (iv) Infrastructure management, and (v) VREs development and enrichment. Section 2 details these achievements by reporting on the progresses done in the context of each project activity area per constituent work package. Section 2.5 lists the project meetings and phone conferences held in the period. Section 4 summarises the main events related to the project. Finally, Section 5 concludes by listing the deliverables submitted in the period.Source: Project report, D4SCIENCE-II, Deliverable DNA2.1d, 2011
Project(s): D4SCIENCE-II
Castelli D., Andrade P., Candela L., Kakaletris G., Keizer J., Pagano P.
This report describes the achievements of the D4Science-II activities with respect to the planned objectives for the period October - December 2010. Section 1 provides a summary of these achievements grouped into five activity areas: (i) coordination and management, (ii) outreach, (iii) gCube development and maintenance, (iv) Infrastructure management, and (v) VREs development and enrichment. Section 2 details these achievements by reporting on the progresses done in the context of each project activity area per constituent work package. Section 2.5 lists the project meetings and phone conferences held in the period. Section 4 summarises the main events related to the project. Finally, Section 5 concludes by listing the deliverables submitted in the period.Source: Project report, D4SCIENCE-II, Deliverable DNA2.1d, 2011
Project(s): D4SCIENCE-II
See at: CNR ExploRA
2011
Report
Unknown
D4Science-II - Quarterly Report. (DNA2.1e)
Castelli D., Andrade P., Candela L., Kakaletris G., Keizer J., Pagano P.
This report describes the achievements of the D4Science-II activities with respect to the planned objectives for the period January - March 2011. Section 1 provides a summary of these achievements grouped into five activity areas: (i) coordination and management, (ii) outreach, (iii) gCube development and maintenance, (iv) Infrastructure management, and (v) VREs development and enrichment. Section 2 details these achievements by reporting on the progresses done in the context of each project activity area per constituent work package. Section 2.5 lists the project meetings and phone conferences held in the period. Section 4 summarises the main events related to the project. Finally, Section 5 concludes by listing the deliverables submitted in the period.Source: Project report, D4SCIENCE-II, Deliverable DNA2.1e, 2011
Project(s): D4SCIENCE-II
Castelli D., Andrade P., Candela L., Kakaletris G., Keizer J., Pagano P.
This report describes the achievements of the D4Science-II activities with respect to the planned objectives for the period January - March 2011. Section 1 provides a summary of these achievements grouped into five activity areas: (i) coordination and management, (ii) outreach, (iii) gCube development and maintenance, (iv) Infrastructure management, and (v) VREs development and enrichment. Section 2 details these achievements by reporting on the progresses done in the context of each project activity area per constituent work package. Section 2.5 lists the project meetings and phone conferences held in the period. Section 4 summarises the main events related to the project. Finally, Section 5 concludes by listing the deliverables submitted in the period.Source: Project report, D4SCIENCE-II, Deliverable DNA2.1e, 2011
Project(s): D4SCIENCE-II
See at: CNR ExploRA
2011
Report
Unknown
D4Science-II - Quarterly Report. (DNA2.1f)
Castelli D., Candela L., Kakaletris G., Keizer J., Manzi A., Pagano P.
This report describes the achievements of the D4Science-II activities with respect to the planned objectives for the period April - June 2011. Section 1 provides a summary of these achievements grouped into five activity areas: (i) coordination and management, (ii) outreach, (iii) gCube development and maintenance, (iv) Infrastructure management, and (v) VREs development and enrichment. Section 2 details these achievements by reporting on the progresses done in the context of each project activity area per constituent work package. Section 2.5 lists the project meetings and phone conferences held in the period. Section 4 summarises the main events related to the project. Finally, Section 5 concludes by listing the deliverables submitted in the period.Source: Project report, D4SCIENCE-II, Deliverable DNA2.1f, 2011
Project(s): D4SCIENCE-II
Castelli D., Candela L., Kakaletris G., Keizer J., Manzi A., Pagano P.
This report describes the achievements of the D4Science-II activities with respect to the planned objectives for the period April - June 2011. Section 1 provides a summary of these achievements grouped into five activity areas: (i) coordination and management, (ii) outreach, (iii) gCube development and maintenance, (iv) Infrastructure management, and (v) VREs development and enrichment. Section 2 details these achievements by reporting on the progresses done in the context of each project activity area per constituent work package. Section 2.5 lists the project meetings and phone conferences held in the period. Section 4 summarises the main events related to the project. Finally, Section 5 concludes by listing the deliverables submitted in the period.Source: Project report, D4SCIENCE-II, Deliverable DNA2.1f, 2011
Project(s): D4SCIENCE-II
See at: CNR ExploRA
2011
Contribution to book
Restricted
History, evolution, and impact of digital libraries
Pagano Pasquale, Candela Leonardo, Castelli Donatella
Digital Libraries have achieved a fundamental role in our knowledge society. By making the wealth of material contained in libraries, museum, archives and any knowledge repository worldwide available they are giving citizens in every place of the world the opportunity to appreciate their global cultural heritage and use it for study, work or leisure. They are revolutionising the whole knowledge management lifecycle. In this chapter, the history characterizing these "knowledge enabling technologies" is described. The history starts from the early attempts toward systems supporting knowledge discovery and reaches the current age in which a plethora of different realizations of digital library systems coexist. The evolutionary process conducting to the current, multi-instanced and still evolving status of affairs as well as the motivations governing it are identified and presented. The main initiatives and milestones producing the nowadays instances of these knowledge enabling systems are mentioned. Finally, the impact these systems had and are having on various aspects of our society is discussed.Source: E-Publishing and Digital Libraries: Legal and Organizational Issues, edited by Iglezakis, Ioannis ; Synodinou, Tatiana-Eleni, pp. 1–30. Hershey: IGI Global, 2011
DOI: 10.4018/978-1-60960-031-0.ch001
Project(s): ENVRI, IMARINE , EUBRAZILOPENBIO
Metrics:
Pagano Pasquale, Candela Leonardo, Castelli Donatella
Digital Libraries have achieved a fundamental role in our knowledge society. By making the wealth of material contained in libraries, museum, archives and any knowledge repository worldwide available they are giving citizens in every place of the world the opportunity to appreciate their global cultural heritage and use it for study, work or leisure. They are revolutionising the whole knowledge management lifecycle. In this chapter, the history characterizing these "knowledge enabling technologies" is described. The history starts from the early attempts toward systems supporting knowledge discovery and reaches the current age in which a plethora of different realizations of digital library systems coexist. The evolutionary process conducting to the current, multi-instanced and still evolving status of affairs as well as the motivations governing it are identified and presented. The main initiatives and milestones producing the nowadays instances of these knowledge enabling systems are mentioned. Finally, the impact these systems had and are having on various aspects of our society is discussed.Source: E-Publishing and Digital Libraries: Legal and Organizational Issues, edited by Iglezakis, Ioannis ; Synodinou, Tatiana-Eleni, pp. 1–30. Hershey: IGI Global, 2011
DOI: 10.4018/978-1-60960-031-0.ch001
Project(s): ENVRI
, IMARINE , EUBRAZILOPENBIO Metrics:
See at:
OpenAIRE | www.igi-global.com | CNR ExploRA
2011
Journal article
Restricted
Interoperabilità e biblioteche digitali: un prontuario tecnico-metodologico
Candela L., Castelli D.
Interoperability is actually a multi-layered and context-specific concept, which encompasses different levels along a multi-dimensional spectrum ranging from organisational to semantic and technological aspects. DL.org has investigated interoperability from multiple perspectives: content, user, functionality, policy, quality, and architecture. It has also examined interoperability at technical, semantic and organisational levels, all central to powerful Digital Libraries needed in today's context. DL.org is the first initiative to examine interoperability from an all-encompassing perspective by harnessing leading figures in the Digital Library space globally. The output is an innovative Digital Library Technological and Methodological Cookbook with a portfolio of best practices and pattern solutions to common issues faced when developing interoperable digital library systems. A key facet of the Cookbook is the interoperability framework that can be used to systematically characterise diverse facets linked to the interoperability challenge as well as current and emerging solutions and approaches. The Cookbook is designed to facilitate the assessment and selection of the solutions presented, enabling professionals working towards interoperability to define and pursue the different steps involved. This publication presents the Interoperability Framework and discusses interoperability from the perspectives of the content, user, functionality, policy, quality and architecture domains.Source: Digitalia (Testo stamp.) 6 (2011): 159–174.
Project(s): DL.ORG
Candela L., Castelli D.
Interoperability is actually a multi-layered and context-specific concept, which encompasses different levels along a multi-dimensional spectrum ranging from organisational to semantic and technological aspects. DL.org has investigated interoperability from multiple perspectives: content, user, functionality, policy, quality, and architecture. It has also examined interoperability at technical, semantic and organisational levels, all central to powerful Digital Libraries needed in today's context. DL.org is the first initiative to examine interoperability from an all-encompassing perspective by harnessing leading figures in the Digital Library space globally. The output is an innovative Digital Library Technological and Methodological Cookbook with a portfolio of best practices and pattern solutions to common issues faced when developing interoperable digital library systems. A key facet of the Cookbook is the interoperability framework that can be used to systematically characterise diverse facets linked to the interoperability challenge as well as current and emerging solutions and approaches. The Cookbook is designed to facilitate the assessment and selection of the solutions presented, enabling professionals working towards interoperability to define and pursue the different steps involved. This publication presents the Interoperability Framework and discusses interoperability from the perspectives of the content, user, functionality, policy, quality and architecture domains.Source: Digitalia (Testo stamp.) 6 (2011): 159–174.
Project(s): DL.ORG
See at:
digitalia.sbn.it | CNR ExploRA
2011
Contribution to book
Restricted
The D4Science Approach toward Grid Resource Sharing: The Species Occurrence Maps Generation Case
Candela L., Pagano P.
Nowadays science is highly multidisciplinary and requires innovative research environments. Such research environments, also known as Virtual Research Environments, should be powerful and flexible enough to help researchers in all disciplines to manage the complex range of tasks involved in carrying out eScience activities. Such research environments should support computationally-intensive, data-intensive and collaboration-intensive tasks on both small and large scale. The community to be served by a specific research environment is expected to be potentially distributed across multiple organizational domains and institutions. This paper discusses the approach put in place in the context of the D4Science EU project to enable on-demand production of Virtual Research Environments by relying on an innovative, grid-based Infrastructure. In particular, the foundational principles, the enabling technology and the concrete experience resulting from developing (i) a production Infrastructure and (ii) a Virtual Research Environment for generating predictive species distribution maps are described.Source: Data Driven e-Science : use Cases and Successful Applications of Distributed Computing Infrastructures (ISGC 2010), edited by Simon C. Lin and Eric Yen, pp. 225–238. New York: Springer, 2011
DOI: 10.1007/978-1-4419-8014-4_18
Project(s): ENVRI, D4SCIENCE , IMARINE , EUBRAZILOPENBIO
Metrics:
Candela L., Pagano P.
Nowadays science is highly multidisciplinary and requires innovative research environments. Such research environments, also known as Virtual Research Environments, should be powerful and flexible enough to help researchers in all disciplines to manage the complex range of tasks involved in carrying out eScience activities. Such research environments should support computationally-intensive, data-intensive and collaboration-intensive tasks on both small and large scale. The community to be served by a specific research environment is expected to be potentially distributed across multiple organizational domains and institutions. This paper discusses the approach put in place in the context of the D4Science EU project to enable on-demand production of Virtual Research Environments by relying on an innovative, grid-based Infrastructure. In particular, the foundational principles, the enabling technology and the concrete experience resulting from developing (i) a production Infrastructure and (ii) a Virtual Research Environment for generating predictive species distribution maps are described.Source: Data Driven e-Science : use Cases and Successful Applications of Distributed Computing Infrastructures (ISGC 2010), edited by Simon C. Lin and Eric Yen, pp. 225–238. New York: Springer, 2011
DOI: 10.1007/978-1-4419-8014-4_18
Project(s): ENVRI
, D4SCIENCE , IMARINE , EUBRAZILOPENBIO Metrics:
See at:
OpenAIRE | CNR ExploRA
2011
Conference article
Restricted
An approach to virtual research environment user interfaces dynamic construction
Assante M., Pagano P., Candela L., De Faveri F., Lelii L.
Virtual Research Environments are internet-based working environments tailored to serve needs of diverse and evolving user communities. These environments are oriented to promote new ways of dealing with modern research tasks. Their realization requires user interfaces that are dynamically built to provide their clients with organised views on the data and services aggregated to meet specific community needs. This paper presents an approach to the problem of Virtual Research Environment user interfaces dynamic construction. This approach is characterized by user interfaces built through a component-oriented strategy and an heuristic for user interface constituents arrangement on the screen. The implementation and exploitation of the proposed approach in the context of the D4Science-II EU funded project is discussed as well as future plans are presented.Source: Research and Advanced Technology for Digital Libraries Research and Advanced Technology for Digital Libraries. International Conference on Theory and Practice of Digital Libraries, pp. 101–109, Berlin/Heidelberg, 26-28 September 2011
DOI: 10.1007/978-3-642-24469-8_12
Project(s): ENVRI, D4SCIENCE-II , IMARINE , EUBRAZILOPENBIO
Metrics:
Assante M., Pagano P., Candela L., De Faveri F., Lelii L.
Virtual Research Environments are internet-based working environments tailored to serve needs of diverse and evolving user communities. These environments are oriented to promote new ways of dealing with modern research tasks. Their realization requires user interfaces that are dynamically built to provide their clients with organised views on the data and services aggregated to meet specific community needs. This paper presents an approach to the problem of Virtual Research Environment user interfaces dynamic construction. This approach is characterized by user interfaces built through a component-oriented strategy and an heuristic for user interface constituents arrangement on the screen. The implementation and exploitation of the proposed approach in the context of the D4Science-II EU funded project is discussed as well as future plans are presented.Source: Research and Advanced Technology for Digital Libraries Research and Advanced Technology for Digital Libraries. International Conference on Theory and Practice of Digital Libraries, pp. 101–109, Berlin/Heidelberg, 26-28 September 2011
DOI: 10.1007/978-3-642-24469-8_12
Project(s): ENVRI
, D4SCIENCE-II , IMARINE , EUBRAZILOPENBIO Metrics:
See at:
OpenAIRE | www.springerlink.com | CNR ExploRA
2011
Report
Open Access
DL.org - Digital library technology and methodology cook book
Athanasopoulos G., Candela L., Castelli D., El Raheb K., Innocenti P., Ioannidis Y., Katifori A., Nika A., Ross S., Tani A., Thanos C., Toli E., Vullo G.
The demand for powerful and rich Digital Libraries able to support a large variety of interdisciplinary activities as well as the data deluge the information society is nowadays confronted with have increased the need for 'building by re-use' and 'sharing'. Interoperability at a technical, semantic and organisational level is a central issue to satisfy these needs. Despite its importance, and the many attempts to resolve this problem in the past, existing solutions are still very limited. The main reasons for this slow progress are lack of any systematic approach for addressing the issue and scarce knowledge of the adopted solutions. Too often these remain confined to the systems they have been designed for. In order to overcome this gap, DL.org promotes the production of this document with the goal to collect and describe a portfolio of best practices and pattern solutions to common issues faced when developing large-scale interoperable Digital Library systems. This document represents the final version of the Digital Library Technology and Methodology CookbookSource: Project report, DL.org, Deliverable D3.4, 2011
Project(s): DL.ORG
Athanasopoulos G., Candela L., Castelli D., El Raheb K., Innocenti P., Ioannidis Y., Katifori A., Nika A., Ross S., Tani A., Thanos C., Toli E., Vullo G.
The demand for powerful and rich Digital Libraries able to support a large variety of interdisciplinary activities as well as the data deluge the information society is nowadays confronted with have increased the need for 'building by re-use' and 'sharing'. Interoperability at a technical, semantic and organisational level is a central issue to satisfy these needs. Despite its importance, and the many attempts to resolve this problem in the past, existing solutions are still very limited. The main reasons for this slow progress are lack of any systematic approach for addressing the issue and scarce knowledge of the adopted solutions. Too often these remain confined to the systems they have been designed for. In order to overcome this gap, DL.org promotes the production of this document with the goal to collect and describe a portfolio of best practices and pattern solutions to common issues faced when developing large-scale interoperable Digital Library systems. This document represents the final version of the Digital Library Technology and Methodology CookbookSource: Project report, DL.org, Deliverable D3.4, 2011
Project(s): DL.ORG
See at:
ISTI Repository | CNR ExploRA
2011
Contribution to book
Unknown
Paving the Way for Interoperability in Digital Libraries: The DL.org Project
Athanasopoulos G., Candela L., Castelli D., El Raheb K., Innocenti P., Ioannidis Y., Katifori A., Nika A., Parker S., Ross S., Thanos C., Toli E., Vullo G.
While Digital Libraries (DLs) are working towards making universally accessible collections of human knowledge a reality, considerable advances are needed in DL methodologies and technologies to make this happen. Achieving interoperability between DLs is a crucial requirement for reaching this goal. This is the prime goal of the DL.org project, which is advancing the state of the art in this area, and is proposing solutions, best practices and shared standards by bringing together knowledge from the DELOS project and expertise of DL domain stakeholders. By serving this goal, DL.org is paving the way for embedding new research achievements into real-world systems, and is supporting the advancement of research and the creation of a European Information Space for the knowledge-based economy.Source: New Trends in Qualitative and Quantitative Methods in Libraries, edited by A. Katsirikou, C. Skiadas, pp. 345–352, 2011
Project(s): DL.ORG
Athanasopoulos G., Candela L., Castelli D., El Raheb K., Innocenti P., Ioannidis Y., Katifori A., Nika A., Parker S., Ross S., Thanos C., Toli E., Vullo G.
While Digital Libraries (DLs) are working towards making universally accessible collections of human knowledge a reality, considerable advances are needed in DL methodologies and technologies to make this happen. Achieving interoperability between DLs is a crucial requirement for reaching this goal. This is the prime goal of the DL.org project, which is advancing the state of the art in this area, and is proposing solutions, best practices and shared standards by bringing together knowledge from the DELOS project and expertise of DL domain stakeholders. By serving this goal, DL.org is paving the way for embedding new research achievements into real-world systems, and is supporting the advancement of research and the creation of a European Information Space for the knowledge-based economy.Source: New Trends in Qualitative and Quantitative Methods in Libraries, edited by A. Katsirikou, C. Skiadas, pp. 345–352, 2011
Project(s): DL.ORG
See at: CNR ExploRA
2011
Other
Open Access
iMarine - Data e-Infrastructure initiative for Fisheries Management and Conservation of Marine Living Resources
Castelli D, Pasquale P., Candela L., Lelii L. Assante M., Marioli V., Cirillo R., Mangiacrapa F., Sinibaldi F., Coro G., Fortunati L.
iMarine is an open and collaborative initiative that will establish a data infrastructure to support the Ecosystem Approach to fisheries management and conservation of marine living resources. iMarine empowers practitioners and policy makers from multiple scientific fields such as fisheries, biodiversity and ocean observation. The iMarine infrastructure will ensure that otherwise dispersed and heterogeneous data is available to all stakeholder communities through a shared virtual environment that brings together multidisciplinary data sources, supports cross-cutting scientific analysis, and assists communication. iMarine (Data e-Infrastructure Initiative for Fisheries Management and Conservation of Marine Living Resources) is co-funded by the European Commission under Framework Programme 7. The project was launched in November 2011 and will end in April 2014. The final aim of iMarine is to contribute to sustainable environmental management with invaluable direct or indirect benefits to the future of our planet, from climate change mitigation and marine biodiversity loss containment to poverty alleviation and disaster risk reduction.
Castelli D, Pasquale P., Candela L., Lelii L. Assante M., Marioli V., Cirillo R., Mangiacrapa F., Sinibaldi F., Coro G., Fortunati L.
iMarine is an open and collaborative initiative that will establish a data infrastructure to support the Ecosystem Approach to fisheries management and conservation of marine living resources. iMarine empowers practitioners and policy makers from multiple scientific fields such as fisheries, biodiversity and ocean observation. The iMarine infrastructure will ensure that otherwise dispersed and heterogeneous data is available to all stakeholder communities through a shared virtual environment that brings together multidisciplinary data sources, supports cross-cutting scientific analysis, and assists communication. iMarine (Data e-Infrastructure Initiative for Fisheries Management and Conservation of Marine Living Resources) is co-funded by the European Commission under Framework Programme 7. The project was launched in November 2011 and will end in April 2014. The final aim of iMarine is to contribute to sustainable environmental management with invaluable direct or indirect benefits to the future of our planet, from climate change mitigation and marine biodiversity loss containment to poverty alleviation and disaster risk reduction.
See at:
ISTI Repository | CNR ExploRA | www.i-marine.eu