This document summarizes updates on identity initiatives including ORCID and contributions tracking tools for Drupal websites. ORCID is developing an API to allow unique identification of scholarly authors and tracking of author-publication links. An IRISC workshop discussed challenges around unambiguous author identification and opportunities for ORCID and identity federations to collaborate. The document also describes plans to develop a Drupal module to enhance tracking of content contributions and link local user accounts to ORCID profiles.
GEN2PHEN GAM9 Toulouse - Launching the ORCID system, what do we do now?Gudmundur Thorisson
This document summarizes the launch and status of the ORCID system for uniquely identifying academic authors. It notes that the ORCID service is now live but still has some bugs and missing features. It encourages researchers to register for an ORCID identifier and integrators like publishers and organizations to begin using the public and members APIs to integrate ORCID into their systems. Finally, it discusses challenges around encouraging broader adoption, including by smaller organizations, and efforts with the ORCID and DataCite Interoperability Network project.
This document describes a demonstration project linking ORCID identifiers and DataCite identifiers called ODIN. The project aims to connect researchers and datasets via persistent identifiers. It is a 2 year EC-funded project with 7 partners. A proof-of-concept tool was developed that allows researchers to claim datasets in their ORCID profile by searching and linking from CrossRef and DataCite metadata. The tool demonstrates prospective linking of ORCIDs in data workflows as well as retrospective claiming of published datasets.
ODIN 1st year Conference Oct 2013 Interoperability: connecting identifiersGudmundur Thorisson
This document summarizes a presentation about connecting identifiers like ORCID and DOIs to link researchers and their works. It describes prototypes created by the ODIN project, including a DataCite2ORCID tool that allows users to search DataCite metadata, find their works, and add them to their ORCID profile with a click. The presentation discusses challenges in linking heterogeneous metadata and next steps to capture contributor-work relationships and align with community standards.
This document proposes collaborating with the BioDBCore initiative to standardize the registration and description of biological databases. It identifies challenges in uniquely identifying databases due to unstable URLs. The proposal suggests adopting the MIRIAM registry's persistent identifiers to decouple identification from location. Benefits include globally identifying life science databases, improved discovery of relevant resources, and potential for BioDBCore to evolve into a database publishing platform. Open questions remain regarding technical details and integrating existing database lists.
sameAs London May 2011: The digital scholar, identity on the Web and ORCIDGudmundur Thorisson
The document discusses the challenges of identity fragmentation for digital scholars and how ORCID aims to address this issue. ORCID seeks to provide a single global registry of researcher identifiers that can be used to attribute contributions across publications, datasets, software, and other research outputs. This would help address problems like a lack of incentives for data sharing by allowing all contributions to be properly attributed and credited. The document outlines several potential use cases for how ORCID could aggregate different aspects of a researcher's identity and online presence.
TNC2012 Federated and scholarly identity - match made in heaven?Gudmundur Thorisson
This document discusses federated identity and scholarly identity. It provides an overview of scholarly identity and challenges related to name ambiguity and fragmented online identities. It then describes the Open Researcher & Contributor ID (ORCID) initiative, which aims to provide unique identifiers for researchers and link them unambiguously to their works. ORCID currently has over 300 participating organizations and is working to support the creation of a clear record of scholarly contributions through unique identifiers. Examples of how ORCID could enable knowledge discovery by linking contributors to their works are also provided.
GEN2PHEN GAM9 Toulouse - Launching the ORCID system, what do we do now?Gudmundur Thorisson
This document summarizes the launch and status of the ORCID system for uniquely identifying academic authors. It notes that the ORCID service is now live but still has some bugs and missing features. It encourages researchers to register for an ORCID identifier and integrators like publishers and organizations to begin using the public and members APIs to integrate ORCID into their systems. Finally, it discusses challenges around encouraging broader adoption, including by smaller organizations, and efforts with the ORCID and DataCite Interoperability Network project.
This document describes a demonstration project linking ORCID identifiers and DataCite identifiers called ODIN. The project aims to connect researchers and datasets via persistent identifiers. It is a 2 year EC-funded project with 7 partners. A proof-of-concept tool was developed that allows researchers to claim datasets in their ORCID profile by searching and linking from CrossRef and DataCite metadata. The tool demonstrates prospective linking of ORCIDs in data workflows as well as retrospective claiming of published datasets.
ODIN 1st year Conference Oct 2013 Interoperability: connecting identifiersGudmundur Thorisson
This document summarizes a presentation about connecting identifiers like ORCID and DOIs to link researchers and their works. It describes prototypes created by the ODIN project, including a DataCite2ORCID tool that allows users to search DataCite metadata, find their works, and add them to their ORCID profile with a click. The presentation discusses challenges in linking heterogeneous metadata and next steps to capture contributor-work relationships and align with community standards.
This document proposes collaborating with the BioDBCore initiative to standardize the registration and description of biological databases. It identifies challenges in uniquely identifying databases due to unstable URLs. The proposal suggests adopting the MIRIAM registry's persistent identifiers to decouple identification from location. Benefits include globally identifying life science databases, improved discovery of relevant resources, and potential for BioDBCore to evolve into a database publishing platform. Open questions remain regarding technical details and integrating existing database lists.
sameAs London May 2011: The digital scholar, identity on the Web and ORCIDGudmundur Thorisson
The document discusses the challenges of identity fragmentation for digital scholars and how ORCID aims to address this issue. ORCID seeks to provide a single global registry of researcher identifiers that can be used to attribute contributions across publications, datasets, software, and other research outputs. This would help address problems like a lack of incentives for data sharing by allowing all contributions to be properly attributed and credited. The document outlines several potential use cases for how ORCID could aggregate different aspects of a researcher's identity and online presence.
TNC2012 Federated and scholarly identity - match made in heaven?Gudmundur Thorisson
This document discusses federated identity and scholarly identity. It provides an overview of scholarly identity and challenges related to name ambiguity and fragmented online identities. It then describes the Open Researcher & Contributor ID (ORCID) initiative, which aims to provide unique identifiers for researchers and link them unambiguously to their works. ORCID currently has over 300 participating organizations and is working to support the creation of a clear record of scholarly contributions through unique identifiers. Examples of how ORCID could enable knowledge discovery by linking contributors to their works are also provided.
Who's the Author? Identifier soup - ORCID, ISNI, LC NACO and VIAFSimeon Warner
Identifiers, including ORCID, ISNI, LC NACO and VIAF, are playing an increasing role in library authority work. Well describe changes to cataloging practices to leverage identifiers. We'll then tell a short story of the how and why of ORCID identifiers for researchers, and relationships with other person identifiers. Finally, we'll discuss the use of identifiers as part of moves toward linked data cataloging being explored in Linked Data for Libraries work (in the LD4L Labs and LD4P projects).
Stephanie Taylor discusses the Metadata Forum, which is run by UKOLN and funded by JISC. The Forum aims to build a community of practice around metadata. It is for anyone who uses metadata in their work, from novices to experts. The Forum holds themed meetings and workshops to discuss metadata issues and share knowledge. Future plans include focusing on specific metadata topics and developing online workshops and micro-communities of interest.
Stuart Kenny; Kathryn Cassidy - Experience with Ingestion of Large Collection...dri_ireland
Presentation given by Stuart Kenny and Kathryn Cassidy, Software Engineers with the Digital Repository of Ireland, at Open Repositories 2016 in Dublin.
Kevin Long - DRI Training Series Day UCC: Organising Your Collectiondri_ireland
Presentation given by Kevin Long, Digital Data Curator on the Inspiring Ireland 1916 project at the Digital Repository of Ireland, in the Digital Humanities Active Learning Space, University College Cork, as part of a day-long DRI Training session on 'Preparing Digital Collections'. This seminar introduces attendees to the basics of arranging collections of heritage material to facilitate cataloguing and discovery. Although the Digital Repository of Ireland’s collection arrangement functionality will be discussed specifically, the themes explored in this seminar are applicable to both digital and non-digital collections.
This document summarizes a workshop on Wikipedia research that took place on August 23, 2006 in Odense, Denmark. It outlines the agenda, topics discussed, and methods used in Wikipedia research, including statistics, surveys, interviews, bots, APIs, and databases. Key areas of research covered include content structure and semantics, quality, users and authorship, and impact.
In less than a decade the internet has provided us access to enormous quantities of chemistry data. Chemists have embraced the web as a rich source of data and knowledge. However, all that glisters is not gold and while online searches can now provide us access to information associated with many tens of millions of chemicals, can allow us to traverse patents, publications and public domain databases the promise of high quality data on the web needs to be tempered with caution.
In recent years the crowdsourcing approach to developing curated content has been growing. Can such approaches allow us to bring to bear the collective wisdom of the crowd to validate and enhance the availability of trusted chemistry data online or are algorithms likely to be more powerful in terms of validating data? While it is now possible to search the web using a query language form natural to chemists – that of “structure searching the web” - increasingly scientists are likely going to have to accept joint responsibility for the quality of data online for the foreseeable future. Their participation is likely to come through engaging in open science, the provision of data under open licenses and by offering their skills to the community.
This presentation will provide an overview of the present state of chemistry data online, the challenges and risks of managing and accessing data in the wild and how an internet for chemistry continues to expand in scope and possibilities.
Clipper is a web annotation toolkit created by a consortium including City of Glasgow College and The Open University to enable annotation and analysis of audiovisual media without copying large files. It allows users to create "virtual clips" from media sources and annotate them using text and share the clips via URIs. Clipper aims to make audiovisual media as easy to work with as text. It demonstrates potential benefits for research including open data, reproducibility, collaboration, and impact. The toolkit is built using MEAN stack technologies and aligns with emerging W3C annotation standards.
Researcher Pod: Scholarly Communication Using the Decentralized WebHerbert Van de Sompel
The presentation provides an overview of the motivation and direction of the Mellon-funded Researcher Pod project that investigates technical aspects of scholarly communication in a decentralized web setting.
Digital Infrastructure: Storage and Content ManagementNoreen Whysel
Discusses analogies between the rise of the electric power grid and the Internet. Describes storage capacity issues and requirements for digital repositories. Reviews different repository platforms specific to archival and digital collection management. Has a really cool picture of Burden's Wheel.
This is one out of a series of presentations which I have given during a recent trip to the United States. I will make them all public, but content does not vary a lot between some of them
This paper surveys the landscape of linked open data projects in cultural heritage, exam- ining the work of groups from around the world. Traditionally, linked open data has been ranked using the five star method proposed by Tim Berners-Lee. We found this ranking to be lacking when evaluating how cultural heritage groups not merely develop linked open datasets, but find ways to used linked data to augment user experience. Building on the five-star method, we developed a six-stage life cycle describing both dataset development and dataset usage. We use this framework to describe and evaluate fifteen linked open data projects in the realm of cultural heritage.
EKAW2014 Keynote: Ontology Engineering for and by the Masses: are we already ...Oscar Corcho
Presentation for one of the keynotes at EKAW2014, where I talked about the need to lower the barrier for ontology development for those who have no experience with ontologies.
4.16.15 Slides, “Enhancing Early Career Researcher Profiles: VIVO & ORCID Int...DuraSpace
Hot Topics: The DuraSpace Community Webinar Series
Series 11: Integrating ORCID Persistent Identifiers with DSpace, Fedora and VIVO
Webinar 3: “Enhancing Early Career Researcher Profiles: VIVO & ORCID Integration”
April 16, 2015
Curated by Josh Brown, ORCID
Presented by: Simeon Warner, Library Information Systems, Cornell University, Jon Corson-Rikert, Head of Information Technology Services, Cornell University and Kristi Holmes, Director, Galter Health Sciences Library, Northwestern University
VIVO and persistent identifiers: Integrating ORCID_08152013Rebecca Bryant, PhD
Title: VIVO and persistent identifiers: Integrating ORCID
Presented at the VIVO 2013 conference in St. Louis, MO, 08/15/13
Presenters:
Rebecca Bryant, PhD, ORCID, Bethesda, MD, USA
Hal Warren, American Psychological Association, Washington DC
Simeon Warner, PhD, Cornell University, Ithaca, NY
Abstract:
Since the launch of the ORCID Registry in October 2012, thousands of researchers have claimed their ORCID iD. Organizations have been embedding ORCID identifiers in manuscript submission systems, in funding applications, and adding them to university profile systems. Even before launch, the VIVO ontology had incorporated an ORCID field. In this panel, we will provide an overview of the ORCID registry and adoption, and demonstrate how the American Psychological Association (APA) has integrated ORCID identifiers into its VIVO system and developed an application to populate ORCID records with demographic and publication attributes from APA VIVO RDF files. The ORCID data are packaged as a JSON object stored as a URI in the VIVO record. This serves as a cross-check for ORCID assertions from the publisher of works claimed and allows APA to use VIVO to extend valid provenance assertions for publications in a Linked Open Data Trust Framework. We will discuss the application of this use case for other VIVO implementations and other researcher profiling systems, focusing on integrations at universities.
Keynote - TUT W3C Web Technology Day: Linked Data for Science and Industry, 2...Michael Hausenblas
Linked Data allows for large-scale integration of data on the web by representing entities with URIs and linking them with typed relationships. Major companies like Google and Facebook are using Linked Data to power knowledge graphs and the Open Graph protocol. Several scientific organizations are also publishing their data as Linked Data, including Nature, Europeana, and WorldCat. Linked Data technologies like RDF, HTTP, and URIs enable representing and connecting information for both humans and machines on the web.
The document describes the aDORe Federation Architecture, which was developed to address challenges of scale in digital repositories. The key aspects are:
1) It is a 3-tier architecture that federates distributed digital object repositories to provide unified access to content.
2) The first tier consists of surrogate and sometimes datastream repositories that store metadata about digital objects and bitstreams.
3) The architecture leverages URIs to identify digital objects, surrogates, repositories and interfaces to allow federated access across repositories.
The document discusses open access and open science. It begins with an introduction to open access, including definitions, the green and gold roads to open access, and open licensing. It then covers open access publishing initiatives and history. Next, it discusses open data, science 2.0, and policies and guidelines regarding open data. It raises the question of whether the OU should develop a policy for open science. Finally, it briefly touches on challenges, CELSTEC open access projects, the role of open data and science 2.0 tools in open science, and information portals regarding open access.
Open Access & sharing research data: a Dutch workshop for phd in economicsEsther Hoorn
This document discusses a workshop on open access and sharing research data. It introduces open access, defines it as digital works that are free online and free of copyright restrictions. It discusses funder mandates requiring open access publication and sharing of research data. It also addresses issues around research integrity and transparency when publicly sharing data and retaining copyright of published work. The document provides information on open access policies and initiatives in various fields and journals.
Who's the Author? Identifier soup - ORCID, ISNI, LC NACO and VIAFSimeon Warner
Identifiers, including ORCID, ISNI, LC NACO and VIAF, are playing an increasing role in library authority work. Well describe changes to cataloging practices to leverage identifiers. We'll then tell a short story of the how and why of ORCID identifiers for researchers, and relationships with other person identifiers. Finally, we'll discuss the use of identifiers as part of moves toward linked data cataloging being explored in Linked Data for Libraries work (in the LD4L Labs and LD4P projects).
Stephanie Taylor discusses the Metadata Forum, which is run by UKOLN and funded by JISC. The Forum aims to build a community of practice around metadata. It is for anyone who uses metadata in their work, from novices to experts. The Forum holds themed meetings and workshops to discuss metadata issues and share knowledge. Future plans include focusing on specific metadata topics and developing online workshops and micro-communities of interest.
Stuart Kenny; Kathryn Cassidy - Experience with Ingestion of Large Collection...dri_ireland
Presentation given by Stuart Kenny and Kathryn Cassidy, Software Engineers with the Digital Repository of Ireland, at Open Repositories 2016 in Dublin.
Kevin Long - DRI Training Series Day UCC: Organising Your Collectiondri_ireland
Presentation given by Kevin Long, Digital Data Curator on the Inspiring Ireland 1916 project at the Digital Repository of Ireland, in the Digital Humanities Active Learning Space, University College Cork, as part of a day-long DRI Training session on 'Preparing Digital Collections'. This seminar introduces attendees to the basics of arranging collections of heritage material to facilitate cataloguing and discovery. Although the Digital Repository of Ireland’s collection arrangement functionality will be discussed specifically, the themes explored in this seminar are applicable to both digital and non-digital collections.
This document summarizes a workshop on Wikipedia research that took place on August 23, 2006 in Odense, Denmark. It outlines the agenda, topics discussed, and methods used in Wikipedia research, including statistics, surveys, interviews, bots, APIs, and databases. Key areas of research covered include content structure and semantics, quality, users and authorship, and impact.
In less than a decade the internet has provided us access to enormous quantities of chemistry data. Chemists have embraced the web as a rich source of data and knowledge. However, all that glisters is not gold and while online searches can now provide us access to information associated with many tens of millions of chemicals, can allow us to traverse patents, publications and public domain databases the promise of high quality data on the web needs to be tempered with caution.
In recent years the crowdsourcing approach to developing curated content has been growing. Can such approaches allow us to bring to bear the collective wisdom of the crowd to validate and enhance the availability of trusted chemistry data online or are algorithms likely to be more powerful in terms of validating data? While it is now possible to search the web using a query language form natural to chemists – that of “structure searching the web” - increasingly scientists are likely going to have to accept joint responsibility for the quality of data online for the foreseeable future. Their participation is likely to come through engaging in open science, the provision of data under open licenses and by offering their skills to the community.
This presentation will provide an overview of the present state of chemistry data online, the challenges and risks of managing and accessing data in the wild and how an internet for chemistry continues to expand in scope and possibilities.
Clipper is a web annotation toolkit created by a consortium including City of Glasgow College and The Open University to enable annotation and analysis of audiovisual media without copying large files. It allows users to create "virtual clips" from media sources and annotate them using text and share the clips via URIs. Clipper aims to make audiovisual media as easy to work with as text. It demonstrates potential benefits for research including open data, reproducibility, collaboration, and impact. The toolkit is built using MEAN stack technologies and aligns with emerging W3C annotation standards.
Researcher Pod: Scholarly Communication Using the Decentralized WebHerbert Van de Sompel
The presentation provides an overview of the motivation and direction of the Mellon-funded Researcher Pod project that investigates technical aspects of scholarly communication in a decentralized web setting.
Digital Infrastructure: Storage and Content ManagementNoreen Whysel
Discusses analogies between the rise of the electric power grid and the Internet. Describes storage capacity issues and requirements for digital repositories. Reviews different repository platforms specific to archival and digital collection management. Has a really cool picture of Burden's Wheel.
This is one out of a series of presentations which I have given during a recent trip to the United States. I will make them all public, but content does not vary a lot between some of them
This paper surveys the landscape of linked open data projects in cultural heritage, exam- ining the work of groups from around the world. Traditionally, linked open data has been ranked using the five star method proposed by Tim Berners-Lee. We found this ranking to be lacking when evaluating how cultural heritage groups not merely develop linked open datasets, but find ways to used linked data to augment user experience. Building on the five-star method, we developed a six-stage life cycle describing both dataset development and dataset usage. We use this framework to describe and evaluate fifteen linked open data projects in the realm of cultural heritage.
EKAW2014 Keynote: Ontology Engineering for and by the Masses: are we already ...Oscar Corcho
Presentation for one of the keynotes at EKAW2014, where I talked about the need to lower the barrier for ontology development for those who have no experience with ontologies.
4.16.15 Slides, “Enhancing Early Career Researcher Profiles: VIVO & ORCID Int...DuraSpace
Hot Topics: The DuraSpace Community Webinar Series
Series 11: Integrating ORCID Persistent Identifiers with DSpace, Fedora and VIVO
Webinar 3: “Enhancing Early Career Researcher Profiles: VIVO & ORCID Integration”
April 16, 2015
Curated by Josh Brown, ORCID
Presented by: Simeon Warner, Library Information Systems, Cornell University, Jon Corson-Rikert, Head of Information Technology Services, Cornell University and Kristi Holmes, Director, Galter Health Sciences Library, Northwestern University
VIVO and persistent identifiers: Integrating ORCID_08152013Rebecca Bryant, PhD
Title: VIVO and persistent identifiers: Integrating ORCID
Presented at the VIVO 2013 conference in St. Louis, MO, 08/15/13
Presenters:
Rebecca Bryant, PhD, ORCID, Bethesda, MD, USA
Hal Warren, American Psychological Association, Washington DC
Simeon Warner, PhD, Cornell University, Ithaca, NY
Abstract:
Since the launch of the ORCID Registry in October 2012, thousands of researchers have claimed their ORCID iD. Organizations have been embedding ORCID identifiers in manuscript submission systems, in funding applications, and adding them to university profile systems. Even before launch, the VIVO ontology had incorporated an ORCID field. In this panel, we will provide an overview of the ORCID registry and adoption, and demonstrate how the American Psychological Association (APA) has integrated ORCID identifiers into its VIVO system and developed an application to populate ORCID records with demographic and publication attributes from APA VIVO RDF files. The ORCID data are packaged as a JSON object stored as a URI in the VIVO record. This serves as a cross-check for ORCID assertions from the publisher of works claimed and allows APA to use VIVO to extend valid provenance assertions for publications in a Linked Open Data Trust Framework. We will discuss the application of this use case for other VIVO implementations and other researcher profiling systems, focusing on integrations at universities.
Keynote - TUT W3C Web Technology Day: Linked Data for Science and Industry, 2...Michael Hausenblas
Linked Data allows for large-scale integration of data on the web by representing entities with URIs and linking them with typed relationships. Major companies like Google and Facebook are using Linked Data to power knowledge graphs and the Open Graph protocol. Several scientific organizations are also publishing their data as Linked Data, including Nature, Europeana, and WorldCat. Linked Data technologies like RDF, HTTP, and URIs enable representing and connecting information for both humans and machines on the web.
The document describes the aDORe Federation Architecture, which was developed to address challenges of scale in digital repositories. The key aspects are:
1) It is a 3-tier architecture that federates distributed digital object repositories to provide unified access to content.
2) The first tier consists of surrogate and sometimes datastream repositories that store metadata about digital objects and bitstreams.
3) The architecture leverages URIs to identify digital objects, surrogates, repositories and interfaces to allow federated access across repositories.
The document discusses open access and open science. It begins with an introduction to open access, including definitions, the green and gold roads to open access, and open licensing. It then covers open access publishing initiatives and history. Next, it discusses open data, science 2.0, and policies and guidelines regarding open data. It raises the question of whether the OU should develop a policy for open science. Finally, it briefly touches on challenges, CELSTEC open access projects, the role of open data and science 2.0 tools in open science, and information portals regarding open access.
Open Access & sharing research data: a Dutch workshop for phd in economicsEsther Hoorn
This document discusses a workshop on open access and sharing research data. It introduces open access, defines it as digital works that are free online and free of copyright restrictions. It discusses funder mandates requiring open access publication and sharing of research data. It also addresses issues around research integrity and transparency when publicly sharing data and retaining copyright of published work. The document provides information on open access policies and initiatives in various fields and journals.
BRIF workshop Toulouse 2012 ORCID intro and status updateGudmundur Thorisson
This document discusses ORCID (Open Researcher and Contributor ID), an organization that aims to solve the problem of name ambiguity in scholarly research by assigning unique identifiers to individual researchers. ORCID has recently launched a live service where researchers can register for a free ORCID iD and begin managing their profile and research contributions. The document outlines several ways ORCID identifiers could be integrated by research institutions, publishers, and other organizations to streamline author attribution and research management processes.
ORCID is an organization that provides unique identifiers for researchers and links their work across different publications, grant applications, patents, and other research activities. It addresses problems of name ambiguity and ability to track a researcher's work across different name variations and databases. ORCID identifiers are being integrated into publication and grant submission workflows to automatically link researchers to their work. Over 370,000 researchers have created ORCID identifiers so far and many organizations are working on integrating ORCID into their systems to improve interoperability and reduce workload for researchers.
About the Webinar
In the world of authority control, it is a bit of an alphabet soup of acronyms. ORCID (Open Researcher and Contributor ID), which is a system to uniquely identify scientific and other academic authors; ISNI (International Standard Name Identifier), which identifies the public identities of contributors to media content such as books, television programs, and newspaper articles; and VIAF (Virtual International Authority File) a system that combines multiple name authority files into a single authority service, hosted by OCLC, all have their place when discussing identifiers for authority control.
Identity issues and disambiguating authors, researchers, other content creators, and their institutional affiliations are crucial as we move into a world of linked data. In this webinar, presenters will cover the implications and differences between ORCID, ISNI, and VIAF, what is the proper use of each, and some of the benefits that come with using authority files and making that information available on the Web.
Agenda
Introduction
Todd Carpenter, Executive Director, NISO
ORCID identifiers in research workflows
Simeon Warner, Director of Repository Development, Cornell University Library
ISNI: How It Works And What It Does
Laura Dawson, Product Manager, ProQuest
VIAF and its Relationships with Other Files
Thomas Hickey, Chief Scientist, OCLC
This document discusses ORCID (Open Researcher and Contributor Identifier), a global registry that assigns unique identifiers to researchers. It summarizes the development of the Australian ORCID Consortium, which aims to make Australia's research data more valuable by accurately linking researchers to their publications, data, and other work. The consortium launched in February 2016 with 40 institutional members and has since seen 15 members integrate ORCID into their systems, with many others in the planning or testing phases. The consortium took a national approach and collaborated extensively with stakeholders to achieve strong uptake. Benefits from ORCID implementation may take 3 years to fully realize.
This document discusses open access to scientific research data. It notes that scientific research is increasingly data-driven and large-scale, especially in fields like high-energy physics, astronomy, and biology. However, inadequate access to research data is a problem, limiting opportunities to reuse data and validate or build upon past findings. The document examines some incentive-based approaches and key developments related to improving data sharing. It provides examples of large-scale data generation projects and challenges around managing and analyzing big data. Overall, the document argues that unrestricted sharing of scientific data deposited in the public domain could accelerate research and advance knowledge.
OpenID Foundation Research & Education Working Group Update - October 22, 2018OpenIDFoundation
OpenID Foundation Research & Education (R&E) Working Group update presented by Nick Roy (Internet2) at the OpenID Foundation Workshop at VMware on Monday, October 22, 2018.
- ORCID provides a unique identifier for researchers and links their activities such as publications, grants, and affiliations. This helps solve the problem of name ambiguity and allows improved discoverability of researchers' work.
- Over 400,000 identifiers have been issued in the first year with adoption and integration growing, including by universities, publishers, and funders seeking to automate linking in research workflows.
- ORCID is a not-for-profit organization with a registry of persistent IDs that can be used across systems and organizations to identify researchers and their work over their entire careers.
Presentation at SSP15 pre-conference seminar, "Implementing next generation ID standards for the new machine age", Arlington, VA USA, 27 May 2015. Speaker: Laure Haak, ORCID Executive Director, http://orcid.org/0000-0001-5109-3750. More about the SSP meeting here: http://www.sspnet.org/events/annual-meeting/2015-schedule/
The document summarizes the ENSEMBLE project, which aimed to establish the foundations of Enterprise Interoperability Science (EIS) through defining concepts, analyzing best practices, and synthesizing methods from related domains. Over two years, ENSEMBLE engaged over 250 experts, organized events, developed online resources including a portal, wiki and collaboration environment, and published numerous papers to advance the scientific understanding of interoperability issues. While establishing EIS foundations proved challenging, collaboration within the project was successful and laid the groundwork for ongoing work to further develop and apply the EIS methodology.
The document summarizes an ORCID workshop held in the UAE on October 18, 2015. It includes the agenda for the workshop which featured presentations on using ORCID for research tracking, funding, and publishing. ORCID provides a persistent digital identifier for researchers to connect their professional activities and works across different research systems and organizations. Over 1.67 million researchers have registered for an ORCID identifier and it is being integrated in various research workflows and databases.
- ORCID provides a persistent digital identifier that helps link researchers to their professional activities and outputs. This helps solve problems of name ambiguity and makes it easier to track a researcher's work over time.
- Without identifiers, managing research information is challenging as information is stored in separate systems that don't communicate. ORCID aims to improve this by providing identifiers that can connect a researcher's information across different systems and platforms.
- ORCID benefits researchers by allowing them to assemble their work and credentials in one place and control who can access that information. It benefits institutions by making it easier to track their researchers' activities and outputs.
ORCID identifiers in research workflowsSimeon Warner
ORCID identifiers provide a unique identifier for researchers and link their activities like publications, datasets, and grants. Over 1.1 million identifiers have been created since launch in just over 2 years. ORCID aims to be integrated into research workflows to reduce name ambiguity and save effort by pre-populating information. Publishers are beginning to include ORCID identifiers in publication metadata to improve discovery and allow updating researcher profiles. ORCID serves as a hub, linking other identifiers and profiles for a researcher across different systems and organizations.
Similar to GEN2PHEN GAM8 meeting Leiden - Update on ORCID and other ID developments (20)
The document discusses the Open Researcher & Contributor ID (ORCID) initiative. ORCID aims to solve the problem of ambiguous author attribution in scholarly works by assigning unique identifiers to individual researchers. It outlines how ambiguous names and the increasing number of authors per work have broken the current scholarly attribution system. ORCID launched in 2009 with support from research institutions, publishers, and organizations to create a central registry of researcher profiles linked to contributions. The document promotes the benefits of ORCID for reliable author identification and attribution across the scholarly community.
The document discusses the use of digital identifiers to identify bioresources. It provides background on digital identifiers and their importance for tracking use and impact. It discusses use cases for identifying different types of resources like datasets, databases, and projects. Key challenges include getting authors to use appropriate identifiers and a lack of solutions for some resource types like physical samples. Next steps include recommendations for identifier use and exploring identification schemes for clinical studies and trials.
VIVO conference Aug 2011: The VIVO platform and ORCID in the scholarly identi...Gudmundur Thorisson
A major challenge facing VIVO is the retrieval of published works associated with specific authors from participating institutions, and automated disambiguation & identification of authors and scholarly works. VIVO thus shares many of the same goals as the Open Researcher and Contributor ID not-for-profit organization (ORCID: http://www.orcid.org). ORCID is working to solve the long-standing name ambiguity problem in scholarly communication globally, not only for researchers affiliated with academic institutions, but for contributors to scholarly works of all kinds. The aim of this mini-grant collaborative project is to explore how VIVO and ORCID could interact in the scholarly identity ecosystem, by way of small-scale implementation work and technology evaluation&review. The presentation will provide a brief introduction to ORCID and a background to the project, summarize the technical development undertaken thus far and outline the work remaining, and discuss some possilities for future work beyond this specific short-term project.
ORCID participant meeting May 2011: The digital scholar, identity on the Web ...Gudmundur Thorisson
The document discusses Gudmundur Thorisson's involvement with ORCID and related projects. It describes ongoing and planned genetic research data publication projects that incorporate ORCID to help address challenges around name ambiguity and attribution. Specifically, it outlines projects using ORCID to provide publication credit and unique identifiers for data deposits in Cafe Variome and nanopublications in GWAS Central. It also discusses how ORCID could help aggregate a digital scholar's various online identities and contributions across publications, data, code, and other research objects.
Data Citation Principles Harvard May 2011: ORCID and data publication - Ident...Gudmundur Thorisson
The document discusses integrating ORCID researcher identifiers with data publication to provide incentives for data sharing. It describes two of the author's data publication projects: a disease genetics data project and a project called Cafe Variome that facilitates the exchange of genetic data between diagnostic laboratories and databases. The author argues that treating data as publications that are cited and attributed to their creators, such as through assigning DOIs and linking to ORCID IDs, can help address challenges around data sharing by incentivizing researchers.
The document discusses two initiatives - Cafe RouGE and ORCID - for improving data sharing and attribution for genetic research data. Cafe RouGE is a central clearinghouse that assigns DOIs to genetic variation data submitted by diagnostic laboratories to facilitate sharing and tracking data usage. ORCID seeks to address challenges in attributing work to contributors by providing a global registry of disambiguated IDs for researchers. The initiatives aim to improve data publication, citation and credit for data submitters.
The document discusses Gudmundur Thorisson's work with ORCID and JISC MRD projects. ORCID is working to create a global registry of researcher identifiers to help disambiguate author names and attribute contributions. This will help link researchers to their work more accurately. The registry will be open, free for researchers to use, and follow open principles. JISC MRD projects could benefit from ORCID's efforts to better attribute researchers and incentivize data sharing.
G.A. Thorisson presents on the collaborative project between VIVO and ORCID to address challenges in author identification and attribution. The document discusses problems with name ambiguity and the need for unique researcher identifiers. ORCID aims to assign persistent identifiers to individual researchers to disambiguate names and track author contributions. The collaborative project between VIVO and ORCID involves evaluating how the two systems can interact technically by identifying overlaps in capabilities, reusing software components, and developing extensions to better integrate researcher profiles and publication data.
Identity in research data publication - meeting with SageCite people march2011Gudmundur Thorisson
The document discusses the problem of non-unique author names in scholarly literature. Approximately two-thirds of the 6 million authors in MEDLINE have names that are ambiguous. It introduces ORCID as a solution to provide unique identifiers for authors and contributors to automatically disambiguate names and accurately attribute publications. ORCID assigns persistent digital identifiers to individuals and links author names to research works, facilitating credit and recognition of contributions.
The document discusses incentivizing data sharing by treating data like publications. It proposes a system where researchers can publish datasets online, receive digital object identifiers (DOIs) for datasets, and have their ORCID researcher identifiers linked to the DOIs. This would allow researchers to be unambiguously attributed to the datasets they generate and provide metrics like the number of times their datasets are cited, incentivizing data sharing similar to how the current publication system works.
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GEN2PHEN GAM8 meeting Leiden - Update on ORCID and other ID developments
1. G. A. Thorisson, ULEIC
Update on ORCID and
other ID developments
Gudmundur A. Thorisson <gt50@leicester.ac.uk> ULEIC
-- Overview --
✴ ORCID status update and outlook for 2012
✴ Report from IRISC identity workshop in Helsinki
✴ ID-related projects
✴ Contribution tracking tools for Drupal-based websites
✴ Some notes on identifying vs. locating digital resources
This work is published under the Creative Commons Attribution license
(CC BY: http://creativecommons.org/licenses/by/3.0/) which means that
it can be freely copied, redistributed and adapted, as long as proper
attribution is given.
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 1
Friday, 27 January 12
2. G. A. Thorisson, ULEIC
ORCID - unique identifers for
scholarly authors
?
ORCID ID: 935-352-535-11 ORCID
G. Thorisson, Univ. Leicester
G. A. Thorisson, Univ. Leicester
G. A. Thorisson, Cold Spring Harbor Lab. F67572010
ORCID ID: 935-352-987-11
J. Smith, Univ. North Pole
ORCID ID: 883-352-334-01
J. Smith, Luthor Corporation
Centrally-managed, sustainable informatics infrastructure:
i) for researchers to manage & use profile
ii) for tracking author-to-publication attribution links
iii) interaction with other systems (e.g. publishers, digital libraries, univ.)
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012
Friday, 27 January 12 2
3. G. A. Thorisson, ULEIC
ORCID - unique identifers for
scholarly authors
?
ORCID ID: 935-352-535-11 ORCID
G. Thorisson, Univ. Leicester
G. A. Thorisson, Univ. Leicester
G. A. Thorisson, Cold Spring Harbor Lab. F67572010
ORCID ID: 935-352-987-11
J. Smith, Univ. North Pole
ORCID ID: 883-352-334-01
J. Smith, Luthor Corporation
Centrally-managed, sustainable informatics infrastructure:
i) for researchers to manage & use profile
ii) for tracking author-to-publication attribution links
iii) interaction with other systems (e.g. publishers, digital libraries, univ.)
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012
Friday, 27 January 12 2
4. G. A. Thorisson, ULEIC
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 3
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5. G. A. Thorisson, ULEIC
The organization
ORCID transcends discipline, geographic, national and
institutional boundaries
Taken from http://www.orcid.org/participants
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 4
Friday, 27 January 12
6. G. A. Thorisson, ULEIC
tio ns
a ni sa
Org
>1 50
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 5
Friday, 27 January 12
7. G. A. Thorisson, ULEIC
tio ns
a ni sa
Org
10
>3 50
150
>
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 5
Friday, 27 January 12
8. G. A. Thorisson, ULEIC
Update on ORCID Phase 1 development
• Beta development well underway
• API specification documents:
http://orcid.org/twg
• Mock API Code for download:
https://github.com/orcid
• Early adopters now have
something hands-on to work
with
• Key API features
– Retrieve profile data in multiple formats
– OAuth authenticated read/write access
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 6
Friday, 27 January 12
9. G. A. Thorisson, ULEIC
Outlook for ORCID in 2012
• Enough $$$ to start operations now secured, so organization is
hiring Executive Director, Technical Director & other staff
• Complete Phase 1 development and launch public beta service
– Focus on active researchers: register to populate own profile, select institutions
depositing profiles for their staff, API for interacting with external profile systems
• Flesh out Phase 2 development roadmap
– More extensive functionality: disambiguation, deposit profiles by non-institutional
3rd parties, record contributor roles, users to claim non-article published works
• Key challenges
– Phase 2 discussions in TWG at near-standstill recently - NEED full-time staff!
– ORCID Board politics
– Community outreach, to users and especially developers
– Support in journal MS tracking systems <-- main point of contact for academics
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 7
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10. G. A. Thorisson, ULEIC
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 8
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11. G. A. Thorisson, ULEIC
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 8
Friday, 27 January 12
12. G. A. Thorisson, ULEIC
The 1st IRISC workshop @CSC, Helsinki
• Workshop themes
– unambiguously identifying authors/creators & attributing their scholarly works
– individual identification and access management in the context of identity
federations
• Workshop aims
– Raising overall awareness of key technical and non-technical challenges,
opportunities and developments.
– Facilitating a dialogue, cross-pollination of ideas, collaboration and coordination
between diverse – and largely unconnected – communities.
– Identifying & discussing existing/emerging technologies, best practices and
requirements for researcher identification.
• >60 participants, 2/3 from IDF community
• Mixture of plenary sessions & facilitated, interactive discussions
in 2x parallel breakout sessions
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 9
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13. G. A. Thorisson, ULEIC
IRISC workshop summary, key points
• End user adoption of the ORCID identifier service and its future
expanded role
– Encourage developers to use ORCID API sandbox to build proof-of-concept apps
– Promoting benefits of scholary IDs and identifier infrastructure in the scientific
community
• Identity federations and interfederation services and their role
in research e-infrastructure
– Many issues relating to usability, outreach, privacy risks with releasing user data,
attribute harmonization, etc
• Opportunities for collaboration and interoperability
– ORCID-to-IDF connectivity - solution for ‘homeless’ & ‘nomadic’ researchers?
– Interest piloting IDF-based access management for biomedical data
– Best way to express a user’s ORCID author identifier as an IDF attribute
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 10
Friday, 27 January 12
14. G. A. Thorisson, ULEIC
IRISC dissemination
• Report published online on website & deposited in Nat Precedings:
http://dx.doi.org/10.1038/npre.2011.6609.1
• Summary document circulated
via E-mail
• Extended abstracted submitted to
TNC2012 networking conference
• Planning to submit short
correspondence to a journal
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 11
Friday, 27 January 12
15. G. A. Thorisson, ULEIC
IRISC dissemination
• Report published online on website & deposited in Nat Precedings:
http://dx.doi.org/10.1038/npre.2011.6609.1
• Summary document circulated
via E-mail
• Extended abstracted submitted to
TNC2012 networking conference
• Planning to submit short
correspondence to a journal
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 11
Friday, 27 January 12
16. G. A. Thorisson, ULEIC
Other identity-related developments
• Piloting GWAS ‘nanopublications’ (joint with OpenPHACTS)
– GWAS Central as ‘nanopublisher’
– Core variant<->disease assertions from GWAS papers published as Linked Data
– Provenance section of nanopub RDF to include attribution via ORCID URIs
• Publication credit for Cafe Variome deposits
– O. Lancaster (orcid:934-342-433-91). 4x variants in BRCA2 gene. Published online
via Cafe Variome. 21 January (2011) doi:10.1255/caferouge.BRCA2-2352354
=> http://api.caferouge.org/atomserver/v1/caferouge/mutations/2352354
– Assertion in ORCID: orcid:934-342-433-91 <created> doi:10.1255/caferouge.BRCA2-2352354
• Contributor tracking for Drupal sites (joint with BioSHaRE-IT)
– Extensions for tracking contributions to project outputs & ORCID integration
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 12
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17. G. A. Thorisson, ULEIC
Contribution tracking for Drupal websites
• Currently, in a typical Drupal CMS installation
– Registered users have account on site (a local user ID)
– System tracks which users post which bits of content
– Reporting tools provided to see who posted what
• But poster is frequently NOT the person(s) who actually created
the work
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 13
Friday, 27 January 12
18. G. A. Thorisson, ULEIC
Contribution tracking for Drupal websites
• Currently, in a typical Drupal CMS installation
– Registered users have account on site (a local user ID)
– System tracks which users post which bits of content
– Reporting tools provided to see who posted what
• But poster is frequently NOT the person(s) who actually created
the work
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 13
Friday, 27 January 12
19. G. A. Thorisson, ULEIC
Contribution tracking for Drupal websites
• Currently, in a typical Drupal CMS installation
– Registered users have account on site (a local user ID)
– System tracks which users post which bits of content
– Reporting tools provided to see who posted what
• But poster is frequently NOT the person(s) who actually created
the work
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 13
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20. G. A. Thorisson, ULEIC
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21. G. A. Thorisson, ULEIC
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 14
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22. G. A. Thorisson, ULEIC
Aim #1: Enhance provenance of site content
• Make it possible to
– link multiple local user IDs on Drupal site with content of certain types (nodes)
– browse, search & discover content based on “contributorship” information
– e.g. list all deliverables associated with Adam Webb
– e.g. which persons have contributed to deliverable XX
– Example of enriched attribution metadata:
– D9.3 Draft Report on Incentives [...]
A. Reiche [posted]
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23. G. A. Thorisson, ULEIC
Aim #1: Enhance provenance of site content
• Make it possible to
– link multiple local user IDs on Drupal site with content of certain types (nodes)
– browse, search & discover content based on “contributorship” information
– e.g. list all deliverables associated with Adam Webb
– e.g. which persons have contributed to deliverable XX
– Example of enriched attribution metadata:
– D9.3 Draft Report on Incentives [...]
A. Reiche [posted]
G.A. Thorisson [authored]
A. Cambon-Thomsen [authored]
O. Lancaster [authored]
D. Atlan [authored]
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 15
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24. G. A. Thorisson, ULEIC
Aim #1: Enhance provenance of site content
• Make it possible to
– link multiple local user IDs on Drupal site with content of certain types (nodes)
– browse, search & discover content based on “contributorship” information
– e.g. list all deliverables associated with Adam Webb
– e.g. which persons have contributed to deliverable XX
– Example of enriched attribution metadata:
– D9.3 Draft Report on Incentives [...]
A. Reiche [posted]
G.A. Thorisson [authored]
A. Cambon-Thomsen [authored]
O. Lancaster [authored]
D. Atlan [authored]
A. Devereau [reviewed]
T. Beck [reviewed]
J. Celli [reviewed]
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 15
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25. G. A. Thorisson, ULEIC
Aim #2: enable linking to ORCID ID service
• Extend Drupal to add ORCID integration in order to:
– enable users to link their local user ID with an ORCID and
– submit author <-> publication assertions to central ORCID index
• How will this work?
– Button for signing in with ORCID (think “Sign in with Twitter”)
– User authorizes KC site to interact with ORCID on his behalf
• How will this be implemented?
– Build as a standalone Drupal module that any site can take and use
– Main targets: GEN2PHEN KC, BioSHaRE Mica platform, UoIceland inst. site
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 16
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26. G. A. Thorisson, ULEIC
Key benefits / motivation
• General: enhanced visibility for contributors on community site
– Deliverable reports, dissemination activities, working papers, software etc.
– Who has contributed to what content
• ORCID-enablement
– NOT totally essential, BUT would support a range of important use cases, e.g.:
• Starting from ORCID site, discover a person’s GEN2PHEN/BioSHARE contributions and
learn more about the nature of those contributions
• Starting from GEN2PHEn/BioSHARE site, find the author’s primary scholarly profile on
IRCID and discover more of his/her works
• Use as a platform for experimenting with ID-based functionality
– Technical “nuts&bolts” of integration via the ORCID API
– Workflows for: authors assigning authorship via IDs, claiming authorship, etc.
– Capturing&displaying nature of contribution: author/analyst/curator/reviewer
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 17
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27. G. A. Thorisson, ULEIC
Identifiers vs. locators
• Identification == crucial requirement for attributing credit
– Who contributed?
– What was contributed to?
• ORCID needs some sort of handle or pointer to the “stuff”
• URL location <-- workable for general content if no other option
– Internet location + some basic metadata to indicate what kind of content
• Example: http://www.le.ac.uk/~gt50/very_important_report.pdf
– Content moves => link is broken => users cannot access => BAD!
• Persistent identifier <-- vital for ‘proper’ scholarly record, long term
– DOI or other persistent identifer + copy of bibliographic info
– Identifier resolves to metadata record, link to location of content
• Example: http://dx.doi.org/10.1038/nbt1109-984b => ‘landing page’ on journal website
– Content moves => DOI metadata is updated => identifier points to new location
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 18
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28. G. A. Thorisson, ULEIC
IDs in GEN2PHEN, 12-18 month outlook
• Continue to support (and influence) ORCID development
– TWG discussions, feedback on specs, piloting, promote at meetings etc.
• Contributor tracking and related work
– tooling potentially widely useful to many websites based on same CMS
– develop/promote, good progress achievable before end of GEN2PHEN
• WP9 - sustainability, incentivization for sharing
– Contributor IDs and resource IDs key components in BRIF
• ID-based data access management - need to continue to
investigate & liase with IDF community
• Repeat IRISC workshop
– Autumn this year, or maybe Q2 2013
• Beyond GEN2PHEN, Q3 2013 - ?
GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 19
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29. G. A. Thorisson, ULEIC
Acknowledgements
ORCID Technical Working Group
This work has received funding from the
GEN2PHEN Consortium European Community's Seventh
Framework Programme (FP7/2007-2013)
http://www.gen2phen.org/about-gen2phen/partners
under grant agreement number 200754 -
the GEN2PHEN project.
Prof Anthony J. Brookes Bioinformatics Group, Leicester
Contact me!
<gt50@le.ac.uk> |<gthorisson@gmail.com>
http://www.linkedin.com/in/mummi
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GEN2PHEN 8th General Assembly Meeting, Leiden, Jan 24-25 2012 20
Friday, 27 January 12