ODIN – ORCID and DATACITE Interoperability Network

ODIN: Connecting research andresearchers

Sergio Ruiz - DataCite

Funded by The European Union Seventh FrameworkProgramme

www.odin-project.eu

London - February 21, 2013

ODIN Partners

September 2012 – August 2014

DataCite

Make research better by enablingpeople to find, share, use, and citedata.

A leading global membership organizationoffering reliable persistent dataidentification.We engage researchers, scholars, datacenters, libraries, publishers, and fundersthrough advocacy, guidance and services.

Data Identifiers

http://inspirehep.net/record/1253646

This dataset complements thefollowing publication:Measurements of Higgs bosonproduction and couplings in dibosonfinal states with the ATLAS detectorat the LHC

ORCID

ORCID is an international,interdisciplinary, open, not-for-profit,community-driven organization.

We collaborate with researchers and organizationsacross the research community.Our core mission is to provide an open registry ofpersistent unique identifiers for researchers andscholars AND to automate linkages to researchworks by embedding identifiers in researchworkflows.

Researchers Identifiers

Unique and persistent ORCID iD

Can be used throughout career,across professional activities andaffiliations

Improved system interoperability –across discipline, organization, andcountry• Reduced reporting workload for

researchers• Automates repository deposition• Supports institutional reporting

ODIN Objectives

• Requirement for a sustainable and participativepersistent identifier e-infrastructure in support ofdata-intensive open science.

• ORCID and DataCite are emerging as participativeinitiatives which, if linked, can play significant role inunderpinning such e-Infrastructure.

• ODIN proposed to explore these opportunities,highlights gaps and roadmaps, and nurtureinteroperability solutions, globally, and for specificdisciplines and beyond.

Gap Analysis and roadmap

SWOT Analysis

• e-Infrastructureproviders

• Researchers• Publishers and

Librarians• Funders and

Policy-Makers

Meta-Actions

• Interoperable PIDlayer

• High standard• Promote multi-

stakeholderresearch

• Design andimplementbusiness models

Proof of Concept: HSS I

Challenges:• Multiple data

providers. Unevenmetadata quality

• Lack of namedattribution to datasets

• Difficulties to trackderived data

• DOI adoption

Humanities and SocialSciences

Use and re-use of theBritish Birth Cohort

Studies

Proof of Concept: HSS II

Next steps:• Assign PID to datasets and data

creators and curators• Provide workflows to data archives• Improve data citation standards• Link bibliographic citation data around

datasets and to PIDs

Proof of Concept: HEP I

Challenges:• Hyperauthorship:

numerous authors onone paper

• Publication culture:build on preprints andjournal articles speed/updatesimportant

• Global community,global access

High Energy Physics

Analysis of the digitallibrary INSPIRE

(www.inspirehep.net)

Proof of Concept: HEP II

Next steps:• Make data citation count!• ORCIDs for large collaborations• Explore commonalities and differences

to other disciplines

Claim data in your ORCID profile

Make your research data count. Claim them in your ORCID profile.

www.orcid.org

CodeSprint Geneva 10/2013

ODIN codesprint and first year conference15 October 2013 – Geneva (Switzerland) 15,000 authors in Dryad

9 claimed Dryad data inORCID

ODIN Codesprint

441 claimed Dryad data inORCID (11% of total data)

From Gaps to Roadmap

GAP ACTIONThere is only limitedaccess to PID e-Infrastructures forsmall organisations.

Lower access barriers for institutions to participate tointeroperable global PID eInfrastructures, through appropriateagreements between institutions, fostering collaborations andwith the support of national/international bodies.

Some researchcommunities have littleto no experience withinteroperable PIDs fordata and contributors.

Support those scientific communities without existing PIDsolutions to participate to existing interoperable PIDframeworks, while tailoring interfaces to the specificity of thecommunity.

Local, tailored, PIDsystems, with nointeroperable options,are emerging.

Facilitate interoperability between stakeholders withcommunity-specific, institution specific or national PIDssolutions and emerging global open solutions.

From Gaps to Roadmap

GAP ACTIONThere is a lack of supportand funding to implementinternational interoperablePID solutions.

Provide (seed) funding to ease localparticipation and access to emerging PIDinfrastructures.

Methods and tools to trackre-use of research data andother scholarly materialsare lacking.

Develop an interoperable PID infrastructure that supportsdevelopment of third-party tools for discoverability,impact assessment, and other value added services.

Policies to encourage datasharing and acknowledgedata re-use in researchassessment are not yetwidespread.

Design policies to elevate data to a key indicator inresearch assessment, with appropriate attribution to theircreators and curators, through implementation and usageof open and interoperable PIDs.

From Gaps to Roadmap

GAP ACTIONReliable discovery servicesfor research data and non-text based scholarlymaterials are missing.

Harmonize formats and APIs, so that information fromemerging and existing PID frameworks can be exposedand mutually enriched, while enabling third-partydiscovery services.

Incentives for makingdatasets re-usable areunclear or missing.

Design appropriate incentive systems to pervade researchevaluation, e.g. citation mechanisms based on PIDs fordata, linked to PIDs for contributors.

Value-added services thatcan incentivize citation andopen science cannot bebuilt for lack of awidespread, interoperable,PID infrastructure.

Assure that a trusted, open and sustainable interoperablePID infrastructure is established with ease of participationof third parties.

From Gaps to Roadmap

GAP ACTIONUnique attribution andlinking betweenresearchers, their scholarlymaterials and funding isjust not possible, without acollaborative adoption ofglobal and interoperablePID systems.

Establish a participative framework with PIDs forcontributors and materials, where any participant canexpose information, enriching the entire e-Infrastructure.

Second year of ODIN

• Promote adoption of ORCID and DataCite asbuilding blocks of attribution infrastructure.

• Encourage an open approach from otherrepositories and identifiers to interoperate.

• Establish workflows both for HSS and HEP• Explore commonalities between HSS and HEP,

leading to a common global picture.• Final event and Codefest in 2014

Contact information

Sergio Ruiz – DataCite Operations Officerwww.datacite.org

Sergio.Ruiz@datacite.org

www.odin-project.eu