The document proposes a "Canvas paradigm" to represent manuscript pages using annotations across different repositories. It allows bringing together images, text, and commentary without all being in one place. Initial experiments had students use tools like T-PEN and DM to transcribe and annotate pages from BNF hosted on Stanford servers. Next steps include extracting and sharing student work in new displays and projects.
Facsimiles of Text and Music from Distributed Resourcesblalbritton
1. The document discusses creating digital facsimiles of medieval texts and music by aggregating resources from different repositories in a distributed manner.
2. It proposes exposing repository data through APIs and shared data models to allow greater use, sustainability, and enhancement of repository resources through new presentations and linked additional materials.
3. As an example, it demonstrates linking a medieval music manuscript image from one repository with a transcription of its text from another repository and re-presenting them together in an interface that could also connect to other related resources from different sources.
The document provides an overview of a tutorial on semantic digital libraries. It introduces the speakers and schedule, which includes an introduction to semantic digital libraries and existing solutions, followed by discussions on conclusions and future directions. It also briefly covers the semantic web, ontologies, RDF, and how these technologies can help digital libraries by making metadata machine-understandable.
Digital libraries of the future will use semantic web and social bookmarking technologies to support e-learning. Semantic digital libraries integrate information from different metadata sources to provide more robust search and browsing interfaces. They describe resources in a machine-understandable way using ontologies and expose semantics to enable interoperability between systems. This allows new search paradigms like ontology-based search and helps integrate metadata from different sources.
Peruvian Network of Digital Thesis: Cybertesis as a cooperative process for t...Libio Huaroto
The document discusses the Peruvian Network of Digital Theses (RPTD) and its efforts to promote open access to electronic theses and dissertations in Peru and other Latin American countries. It provides details on the history and growth of RPTD since 1999, its strategic alliances with universities in Peru, Bolivia and other nations, and its participation in initiatives like the Andean Digital Library. Statistics are given showing usage of the RPTD website and digital collections from several universities. Challenges are also noted, like institutions lacking infrastructure and standard procedures for managing electronic theses.
Peruvian Network of Digital Thesis: Cybertesis as a cooperative process for t...guest1b3206
The document discusses the Peruvian Network of Digital Theses (RPTD) and its efforts to promote open access to electronic theses and dissertations in Peru and other Latin American countries. It provides details on the history and activities of RPTD since 1999, including its strategic alliances, training programs, and multimedia applications to disseminate thesis information more widely. Statistics are given showing over 500,000 visits and 500 GB of data transferred from the RPTD website in its first few months.
This document discusses using semantic web technologies to enhance digital libraries. It describes how ontologies like MarcOnt can lift legacy metadata into a semantic format to improve search and interoperability. The JeromeDL project is presented as a case study that uses MarcOnt and other ontologies to power semantic search and sharing features for bibliographic descriptions. Semantic technologies allow digital libraries to better integrate information and provide more robust, user-friendly search interfaces.
JeromeDL is a digital library built on semantic web technologies that aims to integrate and interconnect information from different sources. It allows users to semantically search and browse content, and also contribute annotations and social metadata. JeromeDL supports various bibliographic metadata formats and delivers semantic services like semantic search, collaborative filtering, and communication between digital library instances. Evaluations found JeromeDL can complete some tasks up to 50% faster than other services by automating processes.
The document proposes a "Canvas paradigm" to represent manuscript pages using annotations across different repositories. It allows bringing together images, text, and commentary without all being in one place. Initial experiments had students use tools like T-PEN and DM to transcribe and annotate pages from BNF hosted on Stanford servers. Next steps include extracting and sharing student work in new displays and projects.
Facsimiles of Text and Music from Distributed Resourcesblalbritton
1. The document discusses creating digital facsimiles of medieval texts and music by aggregating resources from different repositories in a distributed manner.
2. It proposes exposing repository data through APIs and shared data models to allow greater use, sustainability, and enhancement of repository resources through new presentations and linked additional materials.
3. As an example, it demonstrates linking a medieval music manuscript image from one repository with a transcription of its text from another repository and re-presenting them together in an interface that could also connect to other related resources from different sources.
The document provides an overview of a tutorial on semantic digital libraries. It introduces the speakers and schedule, which includes an introduction to semantic digital libraries and existing solutions, followed by discussions on conclusions and future directions. It also briefly covers the semantic web, ontologies, RDF, and how these technologies can help digital libraries by making metadata machine-understandable.
Digital libraries of the future will use semantic web and social bookmarking technologies to support e-learning. Semantic digital libraries integrate information from different metadata sources to provide more robust search and browsing interfaces. They describe resources in a machine-understandable way using ontologies and expose semantics to enable interoperability between systems. This allows new search paradigms like ontology-based search and helps integrate metadata from different sources.
Peruvian Network of Digital Thesis: Cybertesis as a cooperative process for t...Libio Huaroto
The document discusses the Peruvian Network of Digital Theses (RPTD) and its efforts to promote open access to electronic theses and dissertations in Peru and other Latin American countries. It provides details on the history and growth of RPTD since 1999, its strategic alliances with universities in Peru, Bolivia and other nations, and its participation in initiatives like the Andean Digital Library. Statistics are given showing usage of the RPTD website and digital collections from several universities. Challenges are also noted, like institutions lacking infrastructure and standard procedures for managing electronic theses.
Peruvian Network of Digital Thesis: Cybertesis as a cooperative process for t...guest1b3206
The document discusses the Peruvian Network of Digital Theses (RPTD) and its efforts to promote open access to electronic theses and dissertations in Peru and other Latin American countries. It provides details on the history and activities of RPTD since 1999, including its strategic alliances, training programs, and multimedia applications to disseminate thesis information more widely. Statistics are given showing over 500,000 visits and 500 GB of data transferred from the RPTD website in its first few months.
This document discusses using semantic web technologies to enhance digital libraries. It describes how ontologies like MarcOnt can lift legacy metadata into a semantic format to improve search and interoperability. The JeromeDL project is presented as a case study that uses MarcOnt and other ontologies to power semantic search and sharing features for bibliographic descriptions. Semantic technologies allow digital libraries to better integrate information and provide more robust, user-friendly search interfaces.
JeromeDL is a digital library built on semantic web technologies that aims to integrate and interconnect information from different sources. It allows users to semantically search and browse content, and also contribute annotations and social metadata. JeromeDL supports various bibliographic metadata formats and delivers semantic services like semantic search, collaborative filtering, and communication between digital library instances. Evaluations found JeromeDL can complete some tasks up to 50% faster than other services by automating processes.
This document discusses improving digital library usability through semantic and social technologies. It presents the problem statement that digital library users lack guidance from librarians and connections with other users and information sources. The hypothesis is that semantic and social technologies can improve information discovery over classic approaches. It outlines an architecture and ontologies for a semantic digital library called SemDL. It also describes a prototype semantic digital library system called JeromeDL and its features like advanced search, social networking, collaborative filtering and browsing. It evaluates JeromeDL against a classic digital library and finds JeromeDL has better usability and user experience.
1) Ontologies play a key role in semantic digital libraries by supporting bibliographic descriptions, extensible resource structures, and community-aware features.
2) Semantic digital libraries integrate information from various metadata sources and provide interoperability between systems using semantics.
3) Key ontologies for digital libraries include bibliographic ontologies, structure description ontologies, and community-aware ontologies that model folksonomies and social semantic collaborative filtering.
ALOE - Combining User Generated Content and Traditional MetadataMartin Memmel
This document discusses combining different sources of metadata for digital resources. It describes metadata generated by experts, users, and automatically, each with benefits and weaknesses. It proposes combining these approaches by creating resource profiles that aggregate metadata from various sources. The ALOE system is presented as an example that allows users to upload resources and metadata from different locations and formats, and to generate and view metadata from multiple contributors.
IIIF for CNI Spring 2014 Membership MeetingTom-Cramer
An overview of the International Image Interoperability Framework (IIIF) at the Coalition for Networked Information (CNI) Spring 2014 Meeting in St. Louis, MO.
Finding the annotation needs of the botanical community in a digital libraryWilliam Ulate
The Center for Biodiversity Informatics at the Missouri Botanical Garden and Saint Louis University are analyzing the web annotation needs of the botanical community to develop a prototype of how those needs may be met within a digital library platform. We want to assess the practicality of existing tools to satisfy the technical, economic, and operational needs of botanical users to annotate. This will inform on requisites, best practices, and further developments for a research project to integrate an annotation tool within a virtual library. We surveyed 14 members of 10 different institutions in the botanical and scientific communities. We included both, those who currently annotate online as well as those who have only annotated offline (e.g. print or analog), in order to better understand the functionality needed to encourage and support online annotation activities. The answers to this survey were analyzed in the context of an annotation tool in a digital library and a prioritized list of annotation needs for users of a botanical virtual library was produced, taking into account the minimal and recommended functionality required to comply with the users requirements. Preliminary results from the report of the in-depth user assessments of annotation needs in the specific domain of botanists are shared with the attendees. Advances in the definition of a prototype are also shown.
The Semantic Web and Libraries in the United States: Experimentation and Achi...New York University
This presentation reflects the paper titled "The Semantic Web and Libraries in the United States: Experimentation and Achievements," published in the proceedings of 75th IFLA General Conference and Assembly, Satellite Meeting: Emerging Trends in Technology: Libraries between Web 2.0, Semantic Web and Search Technology 8/19-20/2009, in Florence, Italy, presented by Sharon Yang, Rider University, Yanyi Lee, Wagner College, and Amanda Xu, St. John's University. Here is the URL to the full paper: http://www.ifla2009satelliteflorence.it/meeting3/program/assets/SharonYang.pdf
This document provides an overview of search engine technology and the goals of the SET FALL 2009 course. It discusses different types of search engines, what is required to build a search engine, and course logistics such as topics, readings, assignments, and projects. The key goals of the course are to understand how search engines work, their limitations, and learn how to analyze textual and structured data through coding, modeling, and evaluation.
JeromeDL is a social semantic digital library that allows users to:
1) Contribute metadata and annotations that are interconnected within the library and on the semantic web.
2) Perform personalized, collaborative search and browsing based on semantics.
3) Access and share knowledge through integrated social networking features and extensible access controls.
This document provides an overview of a tutorial on semantic digital libraries. The tutorial will introduce semantic web technologies and how they can be applied to digital libraries. It will present existing semantic digital library systems, discuss current problems and future directions, and include hands-on sessions for participants. Attendees will learn about semantic digital libraries, existing solutions, and how to run semantic digital library solutions on their own machines.
The document provides an overview of semantic web technologies including:
- The history and core principles of the semantic web including RDF, ontologies, and vocabularies.
- Methods for publishing and consuming semantic data such as Linked Data, RDFa, microdata, and SPARQL querying.
- Some challenges with semantic web technologies including differences between object-oriented programming and description logics, and open world assumptions versus closed world assumptions from relational databases.
- Ways that semantic web technologies can help with interoperability, information retrieval, recommendations, and search engine optimization.
Fondly Collisions: Archival hierarchy and the Europeana Data Model Valentine Charles
This document discusses representing archival hierarchies in Europeana using the Europeana Data Model (EDM). It provides an example of converting a finding aid encoded in EAD to EDM to represent the hierarchical structure. Remaining challenges include representing hierarchies when metadata or digital representations are missing for certain levels. Publishing hierarchical data for both developers and end users is discussed.
Mapping cross-domain metadata to the Europeana Data Model (EDM) - EDM introd...Valentine Charles
- The document introduces the Europeana Data Model (EDM), which was created to allow Europeana to ingest metadata from various sources and domains while maintaining granularity and semantics.
- EDM uses standards like Dublin Core, CIDOC-CRM, and RDF to distinguish cultural heritage objects from their representations and metadata, and to represent relationships between objects and contextual information.
- EDM profiles allow communities to build on EDM to meet their specific needs while maintaining interoperability, and it has been adopted by projects beyond Europeana seeking interoperable metadata.
This document provides an overview of Marina Santini's presentation on genres on the web (GoWeb). The presentation covered definitions of genre, differences between genres and web genres, importance of genre identification, approaches to automatic web genre identification, and future directions. It discussed genre identification work by Biber, Karlgren & Cutting, Sharoff, Kim & Ross, Santini, and Stein. It also reviewed studies on human genre recognition and classification. The presentation concluded that while automatic genre classification is feasible, a theoretical definition of genre is still needed for computational and empirical purposes.
Pen to Pixel: Bringing Appropriate Technologies to Digital Manuscript PhilologyMichael B. Toth
Digital representation of medieval manuscripts and their key elements – ranging from beautiful illuminations to ancient hidden diagrams and texts – pose significant challenges for the application of appropriate technologies that are efficient and useful to scholars. While users and institutions tend to focus on the technologies and their technical capabilities, one of the most significant elements in development of digital representations of manuscripts is the ability to share and archive digital data for philology, scholarship and preservation research and analysis. Large datasets need to be created and archived with clear storage and access procedures to ensure data integrity and full knowledge of the digital content. Only with common standards, work processes and access can advanced digitization technologies be used for the study of medieval manuscripts in libraries. These are being used in institutions ranging from the ancient library of St. Catherine’s Monastery in the Sinai to the Library of Congress, Walters Art Museum and University of Pennsylvania Library in the United States. Wherever they are located, each is grappling with the challenges of collecting and preserving digital information from medieval manuscripts and codices for future generations.
These libraries use advanced camera systems to capture high-resolution images of manuscripts. Some of these institutions are also conducting spectral imaging studies of manuscripts with advanced collection and digital processing to reveal erased information – such as the earliest copies of Archimedes diagrams and treatises – without damaging the upper layer of text and artwork. These technologies yield large collections of quality digital images for access and study, but the data that becomes the digital counterpart must be effectively stored, managed and preserved to be truly useful for study. Integrating complex sets of digital images and hosting them on the Web for global users poses a complex set of challenges.
The Europeana Datamodel: A semantic layer on top of Cultural Heritage ObjectsLIBIS
Deze presentatie werd gegeven op 20/12/2013 in het kader van het 30-jarig bestaan van IBW. Presentatie van Roxanne Wyns, Businesss Consultant bij LIBIS.
Digital Libraries of the Future: Use of Semantic Web and Social Bookmarking t...Sebastian Ryszard Kruk
The document discusses using semantic web technologies and social bookmarking to build social semantic digital libraries to support e-learning. It outlines how semantic digital libraries can integrate information from different metadata sources and provide interoperability. It then describes the JeromeDL digital library system, which uses semantic web and social networking technologies to enhance interoperability and usability, including its architecture, ontologies used, and social and semantic services.
Sharing, linking and publishing biodiversity data the ViBRANT wayVince Smith
This document discusses scratchpad virtual research environments for sharing, linking, and publishing biodiversity data. It notes that most biodiversity data like new species descriptions, nomenclatural acts, phylogenies, taxon sequences, and literature are currently generated in small communities for local projects and are often not digital, open, or linked. Scratchpads are presented as a solution, providing hosted websites for biodiversity data, serving as a virtual research and publication platform that is open access, open source, modular, and flexible. Funding has come from the ViBRANT project as well as growth in sites, users, and features offered over time.
Shared Canvas presentation at the LIBER conferenceMatthieu Bonicel
Presentation for the LIBER manuscripts group conference in Paris, may 2012
SharedCanvas is data model for interoperability accross digital manuscripts tools and repository promoted by the Digital Manuscripts Technical council, leaded by Stanford University and funded by the Andrew W Mellon foundation
An overview of work currently being done by the Digital Manuscript Technology group. This presentation was given to the 2013 CLIR fellows in medieval data curation, and is a synthesis of earlier presentations, some of which were co-authored with Robert Sanderson.
This document discusses the challenges of creating an interoperable framework for presenting digital manuscripts. It notes that current repositories exist in silos, preventing access and sharing across systems. The goal is to break down these silos by separating data from applications, sharing data models and programming interfaces, and enabling tools and repositories to interact. A proposed solution involves using a "canvas" approach and linked data technologies to align multiple representations and allow annotations to be shared across repositories. Funding from the Mellon Foundation supported numerous digitization projects but lacked ways to share data between systems.
This document provides an agenda for introducing the International Image Interoperability Framework (IIIF). It summarizes the Image API and Presentation API, provides examples of compatible software implementations, and looks ahead to further development of the framework. The goal of IIIIF is to create a global standard for delivering and displaying images in a way that is interoperable across institutions through common APIs.
This document discusses improving digital library usability through semantic and social technologies. It presents the problem statement that digital library users lack guidance from librarians and connections with other users and information sources. The hypothesis is that semantic and social technologies can improve information discovery over classic approaches. It outlines an architecture and ontologies for a semantic digital library called SemDL. It also describes a prototype semantic digital library system called JeromeDL and its features like advanced search, social networking, collaborative filtering and browsing. It evaluates JeromeDL against a classic digital library and finds JeromeDL has better usability and user experience.
1) Ontologies play a key role in semantic digital libraries by supporting bibliographic descriptions, extensible resource structures, and community-aware features.
2) Semantic digital libraries integrate information from various metadata sources and provide interoperability between systems using semantics.
3) Key ontologies for digital libraries include bibliographic ontologies, structure description ontologies, and community-aware ontologies that model folksonomies and social semantic collaborative filtering.
ALOE - Combining User Generated Content and Traditional MetadataMartin Memmel
This document discusses combining different sources of metadata for digital resources. It describes metadata generated by experts, users, and automatically, each with benefits and weaknesses. It proposes combining these approaches by creating resource profiles that aggregate metadata from various sources. The ALOE system is presented as an example that allows users to upload resources and metadata from different locations and formats, and to generate and view metadata from multiple contributors.
IIIF for CNI Spring 2014 Membership MeetingTom-Cramer
An overview of the International Image Interoperability Framework (IIIF) at the Coalition for Networked Information (CNI) Spring 2014 Meeting in St. Louis, MO.
Finding the annotation needs of the botanical community in a digital libraryWilliam Ulate
The Center for Biodiversity Informatics at the Missouri Botanical Garden and Saint Louis University are analyzing the web annotation needs of the botanical community to develop a prototype of how those needs may be met within a digital library platform. We want to assess the practicality of existing tools to satisfy the technical, economic, and operational needs of botanical users to annotate. This will inform on requisites, best practices, and further developments for a research project to integrate an annotation tool within a virtual library. We surveyed 14 members of 10 different institutions in the botanical and scientific communities. We included both, those who currently annotate online as well as those who have only annotated offline (e.g. print or analog), in order to better understand the functionality needed to encourage and support online annotation activities. The answers to this survey were analyzed in the context of an annotation tool in a digital library and a prioritized list of annotation needs for users of a botanical virtual library was produced, taking into account the minimal and recommended functionality required to comply with the users requirements. Preliminary results from the report of the in-depth user assessments of annotation needs in the specific domain of botanists are shared with the attendees. Advances in the definition of a prototype are also shown.
The Semantic Web and Libraries in the United States: Experimentation and Achi...New York University
This presentation reflects the paper titled "The Semantic Web and Libraries in the United States: Experimentation and Achievements," published in the proceedings of 75th IFLA General Conference and Assembly, Satellite Meeting: Emerging Trends in Technology: Libraries between Web 2.0, Semantic Web and Search Technology 8/19-20/2009, in Florence, Italy, presented by Sharon Yang, Rider University, Yanyi Lee, Wagner College, and Amanda Xu, St. John's University. Here is the URL to the full paper: http://www.ifla2009satelliteflorence.it/meeting3/program/assets/SharonYang.pdf
This document provides an overview of search engine technology and the goals of the SET FALL 2009 course. It discusses different types of search engines, what is required to build a search engine, and course logistics such as topics, readings, assignments, and projects. The key goals of the course are to understand how search engines work, their limitations, and learn how to analyze textual and structured data through coding, modeling, and evaluation.
JeromeDL is a social semantic digital library that allows users to:
1) Contribute metadata and annotations that are interconnected within the library and on the semantic web.
2) Perform personalized, collaborative search and browsing based on semantics.
3) Access and share knowledge through integrated social networking features and extensible access controls.
This document provides an overview of a tutorial on semantic digital libraries. The tutorial will introduce semantic web technologies and how they can be applied to digital libraries. It will present existing semantic digital library systems, discuss current problems and future directions, and include hands-on sessions for participants. Attendees will learn about semantic digital libraries, existing solutions, and how to run semantic digital library solutions on their own machines.
The document provides an overview of semantic web technologies including:
- The history and core principles of the semantic web including RDF, ontologies, and vocabularies.
- Methods for publishing and consuming semantic data such as Linked Data, RDFa, microdata, and SPARQL querying.
- Some challenges with semantic web technologies including differences between object-oriented programming and description logics, and open world assumptions versus closed world assumptions from relational databases.
- Ways that semantic web technologies can help with interoperability, information retrieval, recommendations, and search engine optimization.
Fondly Collisions: Archival hierarchy and the Europeana Data Model Valentine Charles
This document discusses representing archival hierarchies in Europeana using the Europeana Data Model (EDM). It provides an example of converting a finding aid encoded in EAD to EDM to represent the hierarchical structure. Remaining challenges include representing hierarchies when metadata or digital representations are missing for certain levels. Publishing hierarchical data for both developers and end users is discussed.
Mapping cross-domain metadata to the Europeana Data Model (EDM) - EDM introd...Valentine Charles
- The document introduces the Europeana Data Model (EDM), which was created to allow Europeana to ingest metadata from various sources and domains while maintaining granularity and semantics.
- EDM uses standards like Dublin Core, CIDOC-CRM, and RDF to distinguish cultural heritage objects from their representations and metadata, and to represent relationships between objects and contextual information.
- EDM profiles allow communities to build on EDM to meet their specific needs while maintaining interoperability, and it has been adopted by projects beyond Europeana seeking interoperable metadata.
This document provides an overview of Marina Santini's presentation on genres on the web (GoWeb). The presentation covered definitions of genre, differences between genres and web genres, importance of genre identification, approaches to automatic web genre identification, and future directions. It discussed genre identification work by Biber, Karlgren & Cutting, Sharoff, Kim & Ross, Santini, and Stein. It also reviewed studies on human genre recognition and classification. The presentation concluded that while automatic genre classification is feasible, a theoretical definition of genre is still needed for computational and empirical purposes.
Pen to Pixel: Bringing Appropriate Technologies to Digital Manuscript PhilologyMichael B. Toth
Digital representation of medieval manuscripts and their key elements – ranging from beautiful illuminations to ancient hidden diagrams and texts – pose significant challenges for the application of appropriate technologies that are efficient and useful to scholars. While users and institutions tend to focus on the technologies and their technical capabilities, one of the most significant elements in development of digital representations of manuscripts is the ability to share and archive digital data for philology, scholarship and preservation research and analysis. Large datasets need to be created and archived with clear storage and access procedures to ensure data integrity and full knowledge of the digital content. Only with common standards, work processes and access can advanced digitization technologies be used for the study of medieval manuscripts in libraries. These are being used in institutions ranging from the ancient library of St. Catherine’s Monastery in the Sinai to the Library of Congress, Walters Art Museum and University of Pennsylvania Library in the United States. Wherever they are located, each is grappling with the challenges of collecting and preserving digital information from medieval manuscripts and codices for future generations.
These libraries use advanced camera systems to capture high-resolution images of manuscripts. Some of these institutions are also conducting spectral imaging studies of manuscripts with advanced collection and digital processing to reveal erased information – such as the earliest copies of Archimedes diagrams and treatises – without damaging the upper layer of text and artwork. These technologies yield large collections of quality digital images for access and study, but the data that becomes the digital counterpart must be effectively stored, managed and preserved to be truly useful for study. Integrating complex sets of digital images and hosting them on the Web for global users poses a complex set of challenges.
The Europeana Datamodel: A semantic layer on top of Cultural Heritage ObjectsLIBIS
Deze presentatie werd gegeven op 20/12/2013 in het kader van het 30-jarig bestaan van IBW. Presentatie van Roxanne Wyns, Businesss Consultant bij LIBIS.
Digital Libraries of the Future: Use of Semantic Web and Social Bookmarking t...Sebastian Ryszard Kruk
The document discusses using semantic web technologies and social bookmarking to build social semantic digital libraries to support e-learning. It outlines how semantic digital libraries can integrate information from different metadata sources and provide interoperability. It then describes the JeromeDL digital library system, which uses semantic web and social networking technologies to enhance interoperability and usability, including its architecture, ontologies used, and social and semantic services.
Sharing, linking and publishing biodiversity data the ViBRANT wayVince Smith
This document discusses scratchpad virtual research environments for sharing, linking, and publishing biodiversity data. It notes that most biodiversity data like new species descriptions, nomenclatural acts, phylogenies, taxon sequences, and literature are currently generated in small communities for local projects and are often not digital, open, or linked. Scratchpads are presented as a solution, providing hosted websites for biodiversity data, serving as a virtual research and publication platform that is open access, open source, modular, and flexible. Funding has come from the ViBRANT project as well as growth in sites, users, and features offered over time.
Shared Canvas presentation at the LIBER conferenceMatthieu Bonicel
Presentation for the LIBER manuscripts group conference in Paris, may 2012
SharedCanvas is data model for interoperability accross digital manuscripts tools and repository promoted by the Digital Manuscripts Technical council, leaded by Stanford University and funded by the Andrew W Mellon foundation
An overview of work currently being done by the Digital Manuscript Technology group. This presentation was given to the 2013 CLIR fellows in medieval data curation, and is a synthesis of earlier presentations, some of which were co-authored with Robert Sanderson.
This document discusses the challenges of creating an interoperable framework for presenting digital manuscripts. It notes that current repositories exist in silos, preventing access and sharing across systems. The goal is to break down these silos by separating data from applications, sharing data models and programming interfaces, and enabling tools and repositories to interact. A proposed solution involves using a "canvas" approach and linked data technologies to align multiple representations and allow annotations to be shared across repositories. Funding from the Mellon Foundation supported numerous digitization projects but lacked ways to share data between systems.
This document provides an agenda for introducing the International Image Interoperability Framework (IIIF). It summarizes the Image API and Presentation API, provides examples of compatible software implementations, and looks ahead to further development of the framework. The goal of IIIIF is to create a global standard for delivering and displaying images in a way that is interoperable across institutions through common APIs.
The document summarizes a webinar on May 18, 2011 about the future of integrated library systems and user interaction. The webinar featured four speakers discussing their projects focused on improving the user experience of library discovery systems. Jennifer Bowen presented on the eXtensible Catalog software being developed at the University of Rochester to give libraries more control over their metadata and interfaces. John Blyberg discussed the SOPAC library discovery system and its user-centered design. Allie Flanary and Anya Arnold then described the shared catalog system used by the Orbis Cascade Alliance and efforts to enhance it based on user research findings.
1) The document discusses classifying digital arts and humanities projects using a shared taxonomy and methods database hosted on the website arts-humanities.net.
2) It proposes moving to a semantic web/linked data approach to allow for shared editing, improved discovery of related information, and overcoming issues of different terminology across fields.
3) By developing the taxonomy as a shared service, it could bring together the digital humanities and arts community around a resource they jointly own and benefit from.
Keynote: SemSci 2017: Enabling Open Semantic Science
1st International Workshop co-located with ISWC 2017, October 2017, Vienna, Austria,
https://semsci.github.io/semSci2017/
Abstract
We have all grown up with the research article and article collections (let’s call them libraries) as the prime means of scientific discourse. But research output is more than just the rhetorical narrative. The experimental methods, computational codes, data, algorithms, workflows, Standard Operating Procedures, samples and so on are the objects of research that enable reuse and reproduction of scientific experiments, and they too need to be examined and exchanged as research knowledge.
We can think of “Research Objects” as different types and as packages all the components of an investigation. If we stop thinking of publishing papers and start thinking of releasing Research Objects (software), then scholar exchange is a new game: ROs and their content evolve; they are multi-authored and their authorship evolves; they are a mix of virtual and embedded, and so on.
But first, some baby steps before we get carried away with a new vision of scholarly communication. Many journals (e.g. eLife, F1000, Elsevier) are just figuring out how to package together the supplementary materials of a paper. Data catalogues are figuring out how to virtually package multiple datasets scattered across many repositories to keep the integrated experimental context.
Research Objects [1] (http://researchobject.org/) is a framework by which the many, nested and contributed components of research can be packaged together in a systematic way, and their context, provenance and relationships richly described. The brave new world of containerisation provides the containers and Linked Data provides the metadata framework for the container manifest construction and profiles. It’s not just theory, but also in practice with examples in Systems Biology modelling, Bioinformatics computational workflows, and Health Informatics data exchange. I’ll talk about why and how we got here, the framework and examples, and what we need to do.
[1] Sean Bechhofer, Iain Buchan, David De Roure, Paolo Missier, John Ainsworth, Jiten Bhagat, Philip Couch, Don Cruickshank, Mark Delderfield, Ian Dunlop, Matthew Gamble, Danius Michaelides, Stuart Owen, David Newman, Shoaib Sufi, Carole Goble, Why linked data is not enough for scientists, In Future Generation Computer Systems, Volume 29, Issue 2, 2013, Pages 599-611, ISSN 0167-739X, https://doi.org/10.1016/j.future.2011.08.004
Digital libraries are collections of documents available electronically over the internet or CD-ROM. This document discusses digital libraries, their components and applications. It summarizes three research papers on digital libraries: 1) A new framework for building digital library collections that redesigns the Greenstone digital library system. 2) Rich interactions in digital libraries that aims to increase interaction between users and information. 3) Comprehensive personalized information access in an educational digital library that utilizes techniques like information retrieval, filtering, browsing and visualization.
The document summarizes a webinar on May 18, 2011 about the future of integrated library systems and user interaction. The webinar featured presentations from four speakers discussing their projects focused on improving the user experience of library discovery systems. Topics included the eXtensible Catalog software being developed at the University of Rochester to give libraries more control over their metadata and interfaces, and the SOPAC library discovery system used by several libraries that emphasizes user-generated content and customization.
A Comparative Kalendar - DH2013 Presentationblalbritton
The document proposes building a research tool called SharedKalendar to facilitate discovery and analysis of medieval Books of Hours by extracting structured data like dates and liturgical events from digitized manuscript kalendars. It aims to leverage existing image resources and annotations created with interoperable tools on a shared canvas. A prototype exhibits basic transcription data and links to interactive manuscript views. Challenges include encouraging data creation and addressing varying data availability, but the approach could enable new comparative analyses across distributed collections and repositories.
The document discusses the International Image Interoperability Framework (IIIF). It describes IIIF as a set of common APIs that allow images and image-based resources hosted in different repositories to be accessed and displayed interoperably. It outlines the benefits of IIIF for users, such as fast delivery of zoomable images and ability to annotate and compare images across repositories. It then provides details on the key IIIF APIs - the Image API for retrieving images, and the Presentation API for describing image-based objects and their structure.
Interoperability in practice: a cross-repository image viewer (Mirador)Stuart Snydman
This document introduces Mirador, an open-source, community-driven image viewer that allows users to view and compare images from multiple online repositories that support the International Image Interoperability Framework (IIIF). Mirador provides a multi-window workspace to display images from different sources side by side for comparison. It is extensible and works with any IIIF-compliant repository. The document demonstrates how Mirador can benefit humanities scholars in tasks like manuscript analysis, creating critical editions, and studying medieval literature and books of hours. Future enhancements may include transcription viewing, annotation capabilities, and support for additional media types.
Mirador: A Cross-Repository Image Comparison and Annotation ToolIIIF_io
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1. Digital Manuscripts and
Interoperability Across Repositories
Benjamin Albritton, Stanford University Libraries
Robert Sanderson, Los Alamos National Laboratory
Workshop: Medieval Cultures on the Web. Interoperability
Through Text and Manuscript Databases
Florence, 9 March 2012
2. Overview
• Background
• From Silo to Interoperable Repository: Interoperability at the Image
Level
• Medieval Manuscripts: The Complex Use-Case
• SharedCanvas
• Implementation and Demos
3. Digital Manuscript Interoperability for
Tools and Repositories
Overview:
Andrew W. Mellon Foundation funded numerous manuscript digitization
projects over several decades
All had in common:
• Inability to share data across silos to satisfy scholarly use
• Inability to leverage existing infrastructure
• No sustainability model for data or access
Goal:
• Interoperability between repositories and tools
4. Current State: A World of Silos
Roman de la Rose Parker on the Web e-codices And so on…
5. Silos: What you can do
• Access data from a single repository
• Use the tools that repository supports
• See images in the way that repository allows
• See curated descriptions of the material
• See approved additional material
• Search within a single repository
• Browse within a single repository
Parker on the Web
6. Silos: What you can’t do
• Access data from any other repositories
• Use any other tools
• See images any other way
• Contribute or correct descriptions (often)
• Add additional material or comments (often)
• Search across repositories unless federated
search has been implemented
Parker on the Web
7. Defining Interoperability
• Break down silos
• Separate data from applications
• Share data models and
programming interfaces
• Enable interactions at the tool and
repository level
8. Designing Modular Repositories and Tools
3rd-Party Annotation
Image Image
Discovery Tool X?
Transcription Analysis Viewer
Tools
Repository
User Image Viewer Discovery
Interface
Metadata (Canonical)
Repository
Image Data (Canonical)
9. Designing Modular Repositories and Tools
3rd-Party Annotation
Image Image
Discovery Tool X?
Transcription Analysis Viewer
Tools
Repository
User Image Viewer Discovery
Interface
Metadata (Canonical)
Repository
Image Data (Canonical)
11. Infrastructure: Library and Application Interoperability
• Digital “stacks”
• Repository manifest
• Application programming interface
• Linked-data technologies (SharedCanvas data model)
12. Motivating Questions
Many implicit assumptions:
• What is a Manuscript?
• What is its relation to a facsimile?
• What is the relation of a transcription of
a facsimile to the original object?
What does this mean for digital tools?
• How do we rethink digital facsimiles in a
shared, distributed, global space?
• How do we enable collaboration and
encourage engagement?
Ms MurF: 10.5076/e-codices-kba-0003
17. Naïve Approach:
Multiple Representations
CCC 26 f. iiiR Fold A Open
18. Naïve Approach:
Multiple Representations
CCC 26 f. iiiR Fold A Open Fold A and B Open
19. Naïve Approach:
Multiple Representations
CCC 26 f. iiiR Fold A Open Fold A and B Open f. iiiV
20. Canvas Paradigm
• A Canvas is an empty space in which to build up a display
• Makes explicit that the image is a surrogate
21. Technology: Open Annotation
• http://www.openannotation.org/
• Focus on interoperable sharing of annotations
• Web-centric and open, not locked down silos
• Create, consume and interact in different environments
• “Annotation”
• Scholarly commentary about the manuscript
• Painting resources on the SharedCanvas
• Hardest part: Define what an Annotation is!
• "Aboutness" is key to distinguish from general metadata
A document that describes how one resource is about
one or more other resources, or part thereof.
22. Open Annotation Model
• Annotation (a document)
• Body (the ‘comment’ of the annotation)
• Target (the resource the Body is ‘about’)
31. Implementations
Demos!
• Morgan 804
• http://www.shared-canvas.org/impl/demo1/
• Worlde's Blisce
• http://www.shared-canvas.org/impl/demo2/
• Selected Walters Museum Manuscripts
• http://www.shared-canvas.org/impl/demo4/
• T-PEN: Transcription in an interoperable environment
• http://t-pen.org/TPEN
32. Summary
Model:
Canvas paradigm provides a coherent solution to modeling the layout of
medieval manuscripts
• Annotations, and Collaboration, at the heart of the model
Implementation:
• Distribution across repositories for images, text, commentary
• Consistent methods to access content from many repositories
• Encourages tool development by experts in the field
The SharedCanvas model implemented by distributed repositories brings the
humanist's primary research objects to their desktop in a powerful, extensible
and interoperable fashion
33. Thank You
Benjamin Albritton
blalbrit@stanford.edu
@bla222
Robert Sanderson
rsanderson@lanl.gov
azaroth42@gmail.com
@azaroth42
Web: http://lib.stanford.edu/dmm
http://www.shared-canvas.org/
Paper: http://arxiv.org/abs/1104.2925
Slides: http://slidesha.re/
Acknowledgements
DMSTech Group: http://dmstech.group.stanford.edu/
Open Annotation Collaboration: http://www.openannotation.org/