What is an archaeological research infrastructure and why do we need it? Aims...ariadnenetwork
Presentation by:
Edeltraud Aspöck, OREA (Institute for Rriental and European Archaeology)
and
Guntram Geser, Salzburg Research
Full-day session on archaeological infrastructures and services at the 18th Cultural Heritage and New Technologies (CHNT) conference
Vienna, Austria
11th -13th November 2013
‘Good, better, best’? Examining the range and rationales of institutional dat...Robin Rice
Introduction to panel presentations from Universities of Edinburgh, Southampton, Yale, Cornell at IPRES 2015 conference, Chapel Hill, North Carolina, 3 Nov 2015
Presented by Robin Rice at the "IRs dealing with data" workshop at the Open Repositories 2013 Conference in Charlottetown, Prince Edward Island, Canada, on 8 July 2013.
Presentation at the Open Repositories 2017 Conference by Saskia van Bergen and Laurents Sesink on the new repository infrastructure that will be used to preserve and present the digital collections of Leiden University Libraries.
What is an archaeological research infrastructure and why do we need it? Aims...ariadnenetwork
Presentation by:
Edeltraud Aspöck, OREA (Institute for Rriental and European Archaeology)
and
Guntram Geser, Salzburg Research
Full-day session on archaeological infrastructures and services at the 18th Cultural Heritage and New Technologies (CHNT) conference
Vienna, Austria
11th -13th November 2013
‘Good, better, best’? Examining the range and rationales of institutional dat...Robin Rice
Introduction to panel presentations from Universities of Edinburgh, Southampton, Yale, Cornell at IPRES 2015 conference, Chapel Hill, North Carolina, 3 Nov 2015
Presented by Robin Rice at the "IRs dealing with data" workshop at the Open Repositories 2013 Conference in Charlottetown, Prince Edward Island, Canada, on 8 July 2013.
Presentation at the Open Repositories 2017 Conference by Saskia van Bergen and Laurents Sesink on the new repository infrastructure that will be used to preserve and present the digital collections of Leiden University Libraries.
Presented by by Luis Martinez-Uribe & Stuart Macdonald at IASSIST 2011, Simon Fraser University, Vancouver, 2 June 2011, http://www.rdl.sfu.ca/IASSIST/
The role of the ‘traditional librarian’ is evolving with advent of Google and other online utilities as well as the rapid pace of change in relation to information management, delivery, consumption, curation, and of course the data deluge!
Research Data Management (RDM) is a hot topic which requires a range of information handling skills (organisation, metadata, research support, service delivery, resource discovery).
Supporting Research Data Management in UK Universities: the Jisc Managing Res...L Molloy
Research data management in the UK: interventions by the Jisc Managing Research Data programme and the Digital Curation Centre. Specifies the importance of academic librarians for RDM. Includes links to openly available training resources. Presentation by L Molloy to ExLibris event, 'Excellence in Academic Knowledge Management', Utrecht, 29 October 2013.
Data management and the online e-depot for Dutch Archaeology at DANSariadnenetwork
Presentation by Hella Hollander, Data Archiving and Networked Services (DANS)
Ariadne Workshop held prior to EAA 2013.
Pilsen, Czech Republic
4 September 2013
Presented by by Luis Martinez-Uribe & Stuart Macdonald at IASSIST 2011, Simon Fraser University, Vancouver, 2 June 2011, http://www.rdl.sfu.ca/IASSIST/
The role of the ‘traditional librarian’ is evolving with advent of Google and other online utilities as well as the rapid pace of change in relation to information management, delivery, consumption, curation, and of course the data deluge!
Research Data Management (RDM) is a hot topic which requires a range of information handling skills (organisation, metadata, research support, service delivery, resource discovery).
Supporting Research Data Management in UK Universities: the Jisc Managing Res...L Molloy
Research data management in the UK: interventions by the Jisc Managing Research Data programme and the Digital Curation Centre. Specifies the importance of academic librarians for RDM. Includes links to openly available training resources. Presentation by L Molloy to ExLibris event, 'Excellence in Academic Knowledge Management', Utrecht, 29 October 2013.
Data management and the online e-depot for Dutch Archaeology at DANSariadnenetwork
Presentation by Hella Hollander, Data Archiving and Networked Services (DANS)
Ariadne Workshop held prior to EAA 2013.
Pilsen, Czech Republic
4 September 2013
Welcome and introduction to the ARIADNE projectariadnenetwork
Introduction to Ariadne and to the Ariadne training workshop given by Julian Richards of ADS
Ariadne Workshop held prior to EAA 2013.
Pilsen, Czech Republic
4 September 2013
Ariadne Training Workshop
Ljubljana, Slovenia
21 January 2016
Presentation by:
Holly Wright, Archaeology Data Service (ADS)
and
Kater Fernie, 2 Culture Associates
Archiving archaeological data in Austria, Edeltraud Aspöck, Anja Masur OREA/ÖAWariadnenetwork
This presentation on archiving archaeological data in Austria, given by Edeltraud Aspöck and Anja Masur of OREA/ÖAW, was part of a workshop focussing on the long-term preservation of digital data. The workshop looked at the topic from various angles and from the perspective of the needs of users in different fields of the Humanities. In their presentation, Aspöck and Masur talked aobut the archiving of archaeological research archives in Austria, and work within within the ARIADNE project to set up a metadata registry of such research archives.
Integrating archaeological data: The ARIADNE Infrastructure, Achille Felicett...ariadnenetwork
This presentation by Achille Felicetti of PIN (Università degli Studi di Firenze, Prato) on the work by the ARIADNE infrastructure to integrating archaeological data was given as part of a workshop organised by Digital Humanities Austria. The workshop focussed on the pressing question of long-term preservation of digital data from various angles, central being user needs specific to the different fields of the Humanities. Felicetti introduced the ARIADNE research infrastructure, which has been funded by the EC's FP7 programme, to integrate archaeological research datasets from across Europe and support their uses by researchers.
Open Data in Archaeology, Julian D. Richardsariadnenetwork
Open Data in Archaeology, presentation by Julian D Richards given at the Opening the Past 2013 conference, Pisa, 13 June 2013
Introduction to Open Data in Archaeology, the benefits and challenges. The Archaeology Data Service is presented as a case study of the UK's national research data infrastructure alongside examples from other countries, such as EDNA in the Netherlands, SND in Sweden, IANUS in Germany, Open Context and tDAR in the United States, Sustainable Archaeology in Canada, and FAIMS in Australia. The development of international frameworks in Europe from ARENA to ARIADNE are described.
http://www.ariadne-infrastructure.eu
Digital preservation and access in a European perspective: Introducing ARIADNEariadnenetwork
Préservation numérique et accès aux données
dans une perspective européenne:
Introduction à ARIADNE
Presentation in English and French
Présentation en anglais et en français
Julian Richards
Director, Archaeology Data Service, University of York, UK
Federico Nurra
Service Activités Internationales, DST, Inrap, France
Identity criteria and fundamental concepts in archaeology: the case of the ar...ariadnenetwork
Presentation by:
Sorin Hermon (STARC, The Cyprus Institute),
Franco Niccolucci (PIN),
Martin Doerr (ICS-FORTH)
and Gerald Hiebel (ICS-FORTH),
EAA 2013 in the 'New Digital Developments in Heritage Management and Research' session
Pilsen, Czech Republic
5 September 2013
Presentation given at the Indiana University School of Medicine's Ruth Lilly Medical Library. Contains information and resources specific to Indiana University Purdue University Indianapolis (IUPUI). For full class materials, see LYD17_IUPUIWorkshop folder here: https://osf.io/r8tht/.
Presentation from a University of York Library workshop on research data management. The workshop provides an introduction to research data management, covering best practice for the successful organisation, storage, documentation, archiving, and sharing of research data.
http://kulibrarians.g.hatena.ne.jp/kulibrarians/20170222
Presentation by Cuna Ekmekcioglu (The University of Edinburgh)
- Creating and Managing Digital Research Data in Creative Arts: An overview (2016)
CC BY-NC-SA 4.0
An introduction to Research Data Management and Data Management Planning for research managers and administrators. The presentation was given at the Open University on 18th July 2013.
Session presented by Judith Carr, Research Data Manager at the University of Liverpool on Research Data Management and your PhD.
Aim:- To show how research data management can contribute to the success of your PhD.
Covers:
* What is research data and why it is important?
* The Research Data lifecycle
Research Data – more than just your results
* FAIR data and Open Research
DMP online tool
Similar to Data management planning – what it is and how to do it (20)
The Visual Media Service (VMS) provided by the ARIADNEplus Project enables large datasets to be processed and displayed seamlessly and quickly, enabling end users to view and explore in detail:
3D objects ranging from size from a few mm to tens m, e.g. from beads up to statues and friezes.
Large, high resolution images (that can’t usually be easily displayed online), e.g. gigapixel photographs of frescoes, paintings, or any other planar artwork.
Relightable images (RTI and PTM) commonly used on artefacts such as coins.
Sets of images such as a time series or sequence of pages relating to the same item.
The VMS technology provides a full set of interactive tools for the displayed object(s) and can be accessed for free through the ARIADNE Portal. As such, this service provides a valuable tool for the publication, exploration and dissemination of various aspects of Cultural Heritage.
DANS Data Trail Data Management Tools for Archaeologistsariadnenetwork
With the arrival of ARIADNEplus there is a searchable catalogue of datasets that helps archaeological researchers navigate the “maze” of data and archives. Especially for archaeological researchers, support staff and data managers, a set of tools has now been developed that helps in making your data management plan. Hella Holander, Peter Doorn and Paola Ronzino introduced the tools to the participants during the workshop.
The ARIADNEplus online toolset for data management consists of three parts:
a protocol for archaeological data management,
a template for researchers to create a data management plan with archaeological data,
a manual containing all guidelines, recommendations and practical examples of data management.
In just six steps, the protocol takes you through the entire process of making a Data Management Plan (DMP) for archaeological research. By using the templates and the accompanying manual with a clear set of guidelines and advice, it becomes much easier to meet the requirements of organisations that fund research. The DMP is then also in line with standards in the archaeological domain, which ultimately makes the data more findable, accessible, reusable and interoperable (FAIR).
Eaa2021 476 natália botica - from 2_archis to datarepositorium2ariadnenetwork
To promote open science and data reuse, it is necessary to have data available in open repositories that guarantee their accessibility and permanence, while facilitating their reuse.
Data classified as FAIR (Findable, Accessible, Interoperable and Reusable) must follow guidelines that ensure the use of an appropriate metadata scheme, persistent identifiers, well-defined vocabularies, procedures to standardize and improve data quality and sustainable file formats. We will present the methodology used for recording the coin findings from an archaeological excavation carried out by the Archaeology Unit of the University of Minho (UAUM) in the intervention of Casa da Bica, starting with the recording of data in the UAUM's 2ArchIS information system and ending with its availability in the scientific repository "DataRepositóriUM". We will also present some works of visualization and research as examples of the reuse of these data sets, which can be wider when they are integrated in structures of greater visibility like ARIADNE.
On one hand, COVID-19 world pandemic showed the people vulnerability and inability of face-to-face communication and ideas sharing. Through this point of view digital data that is Findable, Accessible, Interoperable and Re-usable (FAIR) showed its added value in even higher extent. On other hand, online communication became a daily routine enabling easier access of all interested parties regardless of their location. The latter helped focusing on particular tasks difficult to accomplish otherwise. The situation in Bulgaria concerning improving state-of-the-art of site and monument dataset “Archaeological Map of Bulgaria” is still in a work process based on online communication with interested participants. Scientists from the National Archaeological Institute with Museum at Bulgarian Academy of Sciences are responsible for all that. Legacy data available beyond local repositories using FAIR principles is a main focus in the development and up-to-date improvement. Sharing the most informative fields metadata and available digital data in ARIADNE portal enabled cleaning other issues in the information system.
This contribution will present digital assets and initiatives at the Museum of Cultural History (MCH), University of Oslo (UiO) and aims at sharing data. The COVID-19 restrictions have elevated the importance of digital assets. At the beginning of this period, metadata for the archaeological collections were, to a large
degree, already digitized and accessible online. This is the result of a national collaboration beginning in the 1990s and continue today in UniMus:Kultur. MCH had also published a map-based overview of all excavations in Eastern/Southern Norway, and
begun to release excavation reports through UiO’s science archive. Recently, focus has shifted towards 3D-documentation of exhibits and publication of existing 3D-models on 3DHOP—available through humgis.uiocloud.no MCH now concentrates on digitizing artefacts at the Viking Ship Museum. The 3D-models
from here will be included in the BItFROST project, which will address the active role of 3D-models in research and education. BItFROST will work on FAIRifcation of 3D-models and promote dialogue with researchers. The 3DHOP platform enables the creation of interactive user-interfaces for researchers and a public audience. Collaboration with DarkLab in Lund, Sweden will create common user-interfaces for Swedish and Norwegian
collections. The project will also utilize AR and VR in the presentation of data.
In addition, the infrastructure project ADED (Archaeological Digital Excavation Documentation) provides open-access to excavations in Norway. The five Norwegian university museums and the Directorate of Cultural Heritage take part in the project.
ADED’s map-based webpages will integrate excavation documentation and the museums’ artefact/photograph databases, making it possible to have an overview and
detailed information of excavations and finds. As part of migrating the data to a common repository, mapping it to CIDOC-CRMarcheo facilitates further mapping to ARIADNEplus and/or other datasets.
Abstracts for the ten presentations at EAA 2021 Session 476: Understanding and expanding capacity in archaeological data management beyond western Europe organised by ARIADNEplus and SEADDA under Theme 3: The new normality of heritage management and museums in post-Covid times on 8th September 2021.
Eaa2021 476 ways and capacity in archaeological data management in serbiaariadnenetwork
Over the past year and due to the COVID-19 pandemic, the entire world has witnessed inequalities across borders and societies. They also include access to archaeological resources, both physical and digital. Both archaeological data creators and users spent a lot of time working from their homes, away from artefact collections and research data. However, this was the perfect moment to understand the importance of making data
freely and openly available, both nationally and internationally.
This is why the authors of this paper chose to make a selection of data bases from various institutions responsible for preservation and protection of cultural heritage, in
order to understand their policies regarding accessibility and usage of the data they keep. This will be done by simple visits to various web-sites or data bases. They intend to check on the volume and content, but also importance of the offered archaeological heritage. In addition, the authors will estimate whether the heritage has adequately been classified and described and also check whether data is available in foreign languages. It needs to be seen whether it is possible to access digital objects (documents and the accompanying metadata), whether access is opened for all users or it requires a certain
hierarchy access, what is the policy of usage, reusage and distribution etc. It remains to be seen whether there are public API or whether it is possible to collect data through API.
In case that there is a public API, one needs to check whether datasets are interoperable or messy, requiring data cleaning.
After having visited a certain number of web-sites, the authors expect to collect enough data to make a satisfactory conclusion about accessibility and usage of Serbian archaeological data web bases.
Eaa2021 476 izeta cattaneo idacordig and suquiaariadnenetwork
The COVID-19 pandemic unleashed during 2020 implied a change in the way of doing archaeology on a global scale. In Argentina, in particular, activities had to move to the
domestic sphere and, most times, the possibility of carrying out fieldwork, material analysis and collection management in the usual workplaces was lost. This practice showed the need for repositories, libraries and online databases that would allow access to archaeological information. Suquía, the institutional repository of IDACOR, has been compiling and disseminating archaeological information since 2016, although it had not
yet developed its capacity to include databases that would allow meta-analysis of the information hosted. So, the needs raised by the lockdown led to implementing an action aimed at incorporating data from 1938 archaeological sites in the Province of Córdoba (Argentina) together with IDACORDIG (an implementation of the Arches software) which links this set to a spatial database, creating a gazetteer of archaeological sites for the region. This integration is the first of its kind in Argentina, and fosters an increase in primary information and grey literature visibility, together with publications preprints and
prints that allow continuity in the study of archaeology on a regional scale. In this presentation we will characterize this process and its technical aspects to aware on the potential of this type of platform for its integration into digital infrastructures of global impact.
Eaa2021 476 preserving historic building documentation pakistanariadnenetwork
Like many countries around the world, Pakistan was forced to go into a COVID-19 national lockdown in March 2020. While this confined most people to their homes, it also had the unintended consequence of catapulting many institutions into embracing going digital. At the National College of Arts (NCA), Pakistan’s oldest art school, this meant embracing online tools and digital resources that had previously been resisted or under utilized in the teaching of art, design, and architecture. The experiences of
lockdown have highlighted inadequacies and inequities within our systems, and as Pakistan returns to normal there is a renewed will to maintain the momentum gained during the pandemic, and an increased realization of the need for developing and sustaining digital infrastructures. The National College of Arts Archives collect and preserve the records, manuscripts, and other artefacts of historical and archaeological
significance at the National College of Arts. From March 2021, the NCA Archives are initiating a project to collect, preserve, and digitize historic building documentation created at the NCA over the past 145 years. This paper will follow this process and
document the NCA Archive’s attempt at creating a Findable, Accessible, Interoperable, and Reusable (FAIR) database of historic building documentation in Pakistan. It will summarize the experiences of the six-month pilot project, including opportunities that have arisen in the aftermath of the Covid-19 pandemic, and in light of the Government of Pakistan’s ongoing Digital Pakistan initiative. The paper will also document and analyze the difficulties and hurdles that might emerge during the course of the project as the NCA Archive’s digital infrastructure is built from the ground up in a post-colonial setting and a post-COVID world.
The COVID-19 pandemic has exacerbated or made more visible many known inequalities across borders and societies. This includes access to archaeological resources, both physical and digital. As both the creators and users of archaeological data adapted to working from their homes, cut off from artefact collections and research data siloed within organisations and institutions, the importance of making data freely and openly
available internationally became even more pronounced. The ARIADNE infrastructure (ariadne-infrastructure.eu) for archaeological data, and the SEADDA COST Action
(seadda.eu) are working to secure the sustainable future of archaeological data across Europe and beyond, in ways that are Findable, Accessible, Interoperable and Re-usable (FAIR). Experience within the ARIADNE partnership during the pandemic was largely positive, with many partners able to carry on as usual with accessing their digital resources, emphasising what is possible, while also emphasising what is not achievable
across archaeology, due to lack of capacity. ARIADNE and SEADDA invite papers discussing the challenges, opportunities and lessons learned across all aspects of archaeological data management during the pandemic, and how it may change and
inform our best practice going forward. We particularly invite papers from outside of Western Europe on how the COVID-19 pandemic created barriers or opportunities for accessing archaeological resources, so that we may better understand capacity building during a post-COVID era.
The Portable Antiquities of the Netherlands (PAN) portal and the data model behind the description of the findings are discussed in detail, and how this approach leads to publishing data that is FAIR .
The Innovation Strategy and Targeted activities report presents the ARIADNEplus innovation strategy, addressing its different dimensions and how each of these will approached.
The main dimensions of the strategy are:
Research policies: Alignment with the European research policies on FAIR data, Open Science practices, and the European Open Science Cloud (EOSC) initiative.
Data integration: Increase of the ARIADNE data pool through incorporation of datasets from more archaeological research domains.
Data infrastructure: Implementation and operation of a Cloud-based platform for data aggregation, integration, discovery, access and use across across institutional and national, as well as disciplinary boundaries.
Service portfolio: Provision of enhanced and new services for digital archaeology on the Cloud-based platform.
Stakeholder and user base: Extension of the stakeholder and user base in Europe and beyond, taking account of user needs regarding data, technical services and training.
The report concludes with the methodology that is being used to evaluate the impact of ARIADNEplus on the wider archaeological community.
The objectives for the ARIADNEplus online survey were to collect information on needs of the ARIADNEplus user community regarding data sharing, access and (re)use, new services (as developed by the project), and related training needs. Results of the ARIADNEplus survey were to be compared, where possible, to those of the ARIADNE 2013 survey (ARIADNE 2014) and, particularly, to planned new technical and other services. Furthermore, the analysis of the results had to focus on the match between the perceived user needs and planned ARIADNEplus services, and suggestions to be provided on activities likely to enable an optimal match.
This presentation provides an insightful view in the process of digitising agenda in Czech archaeology. A cornerstone of this is the Archaeological Information System of the Czech Republic (AIS CR), a national solution for research management, data gathering, curation and presentation. A key component AIS CR is the Archaeological Map of the Czech Republic (AMCR), operational since 2017.
OpenArchaeo is an application to query archaeological data via CIDOC CRM developed by the MASA Consortium (Mémoire des archéologues et des sites archéologiques). This exciting tool allows to query both the MASA triplestore and other sources of archaeological data mapped with the CIDOC CRM and can be used by other interfaces such as the ARIADNE portal.
INRAP is one of the biggest European institutions in charge of unmovable archaeological heritage. Although centralised, INRAP is so big that a lot of diversity in terms of standards and tools existed. Therefore, ARIADNE was very helpful for Kai, Amala and their co-workers to apply some of the ARIADNE’s tools and approaches to INRAP. One of the top achievements of INRAP due to ARIADNE was ‘changing the culture of sharing’.
DANS, the Dutch Data Archiving and Networked Services provides facilities for the deposit and archiving of archaeological data and provide a Trusted Digital Repository. Challenges involved mass ingestion of datasets and making use of thesauri, data mining and Linked Open-Data techniques.
The Swedish national Data Service (SND) were in the original ARIADNE project and learned how to organise and classify their data for both the Portal and their own web service. Able to display map, marker and polygon information now. Use Elasticsearch, AAT and Periodo.
Adjusting primitives for graph : SHORT REPORT / NOTESSubhajit Sahu
Graph algorithms, like PageRank Compressed Sparse Row (CSR) is an adjacency-list based graph representation that is
Multiply with different modes (map)
1. Performance of sequential execution based vs OpenMP based vector multiply.
2. Comparing various launch configs for CUDA based vector multiply.
Sum with different storage types (reduce)
1. Performance of vector element sum using float vs bfloat16 as the storage type.
Sum with different modes (reduce)
1. Performance of sequential execution based vs OpenMP based vector element sum.
2. Performance of memcpy vs in-place based CUDA based vector element sum.
3. Comparing various launch configs for CUDA based vector element sum (memcpy).
4. Comparing various launch configs for CUDA based vector element sum (in-place).
Sum with in-place strategies of CUDA mode (reduce)
1. Comparing various launch configs for CUDA based vector element sum (in-place).
Techniques to optimize the pagerank algorithm usually fall in two categories. One is to try reducing the work per iteration, and the other is to try reducing the number of iterations. These goals are often at odds with one another. Skipping computation on vertices which have already converged has the potential to save iteration time. Skipping in-identical vertices, with the same in-links, helps reduce duplicate computations and thus could help reduce iteration time. Road networks often have chains which can be short-circuited before pagerank computation to improve performance. Final ranks of chain nodes can be easily calculated. This could reduce both the iteration time, and the number of iterations. If a graph has no dangling nodes, pagerank of each strongly connected component can be computed in topological order. This could help reduce the iteration time, no. of iterations, and also enable multi-iteration concurrency in pagerank computation. The combination of all of the above methods is the STICD algorithm. [sticd] For dynamic graphs, unchanged components whose ranks are unaffected can be skipped altogether.
Explore our comprehensive data analysis project presentation on predicting product ad campaign performance. Learn how data-driven insights can optimize your marketing strategies and enhance campaign effectiveness. Perfect for professionals and students looking to understand the power of data analysis in advertising. for more details visit: https://bostoninstituteofanalytics.org/data-science-and-artificial-intelligence/
tapal brand analysis PPT slide for comptetive data
Data management planning – what it is and how to do it
1. Data
Management
Planning
What
it
is
and
how
to
do
it:
Ulf
Jakobsson,
SND
Ulf.jakobsson@snd.gu.se
ARIADNE
is
funded
by
the
European
Commission's
Seventh
Framework
Programme
2. Data
Management
Planning
Can
you
prove…
• how
the
work
was
carried
out?
• that
data
weren't
falsified?
What
should
have
been
done?
4. Data
Management
Planning
Vast
amounts
of
research
data
– Can
be
re-‐used
A
plan
for
what
informaSon
to
save
and
how
to
save
it
Here
a
DMP
will
be
useful!
5. Data
Management
Planning
A
DMP:
– increases
the
research
efficiency
– ensures
that
the
data
is
• in
a
correct
format
• is
well
organized
and
well
annotated
No
need
to:
– re-‐format
– re-‐organize
– try
to
remember
details
later
Easier
to
explain
6. Data
Management
Planning
In
an
early
stage
of
the
research
process
– Aspects
of
data
management
• Metadata
generaSon
• Data
preservaSon
• Lifecycle
documentaSon
– Ensures
that
the
material
is
• Well
managed
• Prepared
for
preservaSon
7. Data
Management
Planning
Decide
and
contact
an
archive
Funding
agencies
– Requires
data
management
plans
– Part
of
the
proposal
and
evaluaSon
process
8. What
is
a
Data
Management
Plan?
A
DMP
is:
– A
formal
document
– Developed
at
the
start
of
a
research
process
– Outlines
all
aspects
• During
the
research
project
• Aer
the
research
project
Find
or
create
a
data
planning
checklist
9. DMP:
Components?
Components
in
a
DMP?
• DescripSon
of
the
project:
– purpose
of
the
research
– organizaSons
and
staff
involved
10. DMP:
CollecSon/producSon
of
data
• DescripSon
of
data:
– Nature,
scope,
scale
&
format
of
the
data
– How
the
data
will
be
collected
– Where
&
when
• Overview
of
exisSng
data
• Will
the
data
be
reproducible?
11. DMP:
OrganizaSon/processing
of
data
• How
will
the
data
be
organized?
– Folder
structures
– File
naming
convenSons
– File
versioning
• How
will
the
data
be
processed?
– File
formats
– Tools
and
soware
12. DMP:
DocumentaSon
• How
will
the
data
be
documented?
– Metadata
(data
about
data)
• CommunicaSon
between
principal
invesSgator
and
later
researchers
• A
good
descripSon
is
essenSal
• Important
for
the
future
• Comprehensive
informaSon
– Temporal
and
spaSal
details
– Parameters
– Units
– Etc.
13. DMP:
DocumentaSon
What
metadata
are
needed?
• How
will
the
metadata
be
created/captured?
– Lab
notebooks
– GPS
hand-‐held
units
– Auto-‐saved
files
on
instruments,
etc.
• Format
for
the
metadata
• Any
ontology
or
community
standard
14. DMP:
Local
data
management
• Short-‐term
data
management.
– File
formats
– Version
control
– Project
and
data
idenSfiers
– Local
storage
and
back-‐up
procedures
– Security
and
protecSon
– CreaSon
and
maintenance
– Compliance
with
the
plan
– Policies
15. DMP:
Law
and
ethics
Legal
and/or
ethical
issues
– Intellectual
property
or
copyright
issues
– ConfidenSal
informaSon
• Personal
data
• High
security
data
– RestricSons
– Privacy
or
ethical
issues
with
data
sharing
– Embargoes
16. PublicaSon
of
data
Why
publish
researchdata:
• It
simplifies
the
researcher’s
life
– The
archive
• Houses
the
data
• Disseminates
the
data
• Provides
user
support
• Prevailing
standards
• Long-‐term
preservaSon
17. PublicaSon
of
data
• Encourage
re-‐publicaSon
and
secondary
analyses
of
the
data
• Reduces
cost
of
research
• Might
lead
to
new
discoveries
• Prevents
duplicaSon
18. DMP:
Data
sharing
How
to
share
data
– When
and
how
• PublicaSon
at
an
archive/repository
• DeposiSon
at
a
subject-‐specific
database
• Self-‐disseminaSon
through
a
dedicated
web
site
• InsStuSonal
repository
at
an
academic
insStuSon
– Delayed,
lost
or
selecSve
publicaSon
of
data
– Technical
complicaSons
19. DMP:
Data
sharing
• How
to
gain
access
to
the
data
– LimitaSons
• CitaSon
• Persistent
idenSfiers
– Digital
Object
IdenSfier
(DOI)
– Archival
Resource
Keys
(ARKs)
– Persistent
Uniform
Resource
Locators
(PURLs)
– Uniform
Resource
Names
(URNs)
– Extensible
Resource
IdenSfiers
(XRIs)
20. DMP:
Long-‐term
preservaSon
IdenSfy
an
archive
early
– Format
– Transform
– Document
• Include
a
backup
archive
• Primary
contact
person
21. DMP:
Budget
Reuse
of
data
ensured
• PreservaSon
and
data
management
costs
• AnScipate
costs
ahead
of
Sme
– Personnel
Sme
for
– Hardware
and/or
soware
needed
for
– Costs
associated
with
submifng
the
data
to
an
archive
22. Ulf
Jakobsson
Swedish
NaSonal
Data
Service
Ulf.jakobsson@snd.gu.se
ARIADNE
is
funded
by
the
European
Commission's
Seventh
Framework
Programme