My talk for the National eScience Symposium 2017 in the Internet of Things track, October 12 2017.
TALK: An itinerary for FAIR and privacy respecting data-driven innovation and research
ABSTRACT: The big picture of the complex landscape of e-science, technology, legal and ethical responsibilities addressed. How to apply privacy values and responsibilities to new technological platforms like the IoT? Can we find an approach that ensures a high level of privacy protection and at the same time supports the interest of researchers and increase innovation? A practical recap of the most important recommendations for researchers creating collaborations and infrastructures.
Methodologies for Addressing Privacy and Social Issues in Health Data: A Case...Trilateral Research
Huge quantities of complex and diverse data are generated everyday in healthcare institutions, including clinical documentation (diagnostics, lab data, imaging data, etc.), administrative data, activities and cost data, and R&D data from clinical trials.
Overcoming obstacles to sharing data about human subjectsRobin Rice
This document discusses overcoming obstacles to sharing human subject data from research. It notes that most data underlying published research is not shared, limiting reproducibility. Common barriers include confidentiality concerns. The document provides recommendations for researchers to plan for data sharing, obtain proper consent, anonymize data when possible, and restrict access when necessary to protect subjects. When data cannot be fully opened, it suggests taking proportionate precautions like reviewing access applications. The dangers of probabilistic data linkage are also discussed. The document promotes using information governance frameworks that follow ethical standards to enable research in the public interest.
Sustainable Legal Framework for Open Access to Research Datagideon christian
The document discusses frameworks for open access to research data through information and communication technologies. It covers data rights in the US and EU, examples of open data frameworks like Creative Commons licenses, and ethical issues around privacy and consent. Trends in open data access across science and social science databases are examined, with only a few providing full open access. Further research questions around determining appropriate access frameworks and the relationship between openness and data utility are also outlined.
This seminar discuss the important of the scientific data and how to plan data management and data sharing for your research. Also, discuss the research ethics and privacy in data sharing and intellectual property rights.
Data strategies for collaborative research, how to publish and cite research , and data opportunities and limitations in using other people's research data, illustrated with real-life data reuse cases will be discussed. The ways to share your research data and discuss the advantages and disadvantages for each of these ways of sharing data. The Egyptian 2017 data protection act and its principles. Finally, discuss practicality real cases.
This document provides biographical and contact information for Professor Aboul Ella Hassanien, including that he is the founder and chair of the Scientific Research Group in Egypt and formerly served as dean of the faculty of computers and information at Beni-Suef University. It announces an upcoming presentation by Professor Hassanien on sharing scientific data, ethics, and consent taking place on January 20, 2018 at Cairo University.
Mind the Gap: Reflections on Data Policies and PracticeLizLyon
UKOLN is supported by the Mind the Gap project which reflects on data policies and practices. The document discusses the current state of data practices in institutions, challenges around open science and data sharing, and the need for improved data policies, planning tools, and codes of conduct to help researchers with issues like data storage, sharing, and long-term preservation. It also explores how emerging technologies and areas like genomics, personalized medicine, and citizen science will impact future data practices and policies.
Methodologies for Addressing Privacy and Social Issues in Health Data: A Case...Trilateral Research
Huge quantities of complex and diverse data are generated everyday in healthcare institutions, including clinical documentation (diagnostics, lab data, imaging data, etc.), administrative data, activities and cost data, and R&D data from clinical trials.
Overcoming obstacles to sharing data about human subjectsRobin Rice
This document discusses overcoming obstacles to sharing human subject data from research. It notes that most data underlying published research is not shared, limiting reproducibility. Common barriers include confidentiality concerns. The document provides recommendations for researchers to plan for data sharing, obtain proper consent, anonymize data when possible, and restrict access when necessary to protect subjects. When data cannot be fully opened, it suggests taking proportionate precautions like reviewing access applications. The dangers of probabilistic data linkage are also discussed. The document promotes using information governance frameworks that follow ethical standards to enable research in the public interest.
Sustainable Legal Framework for Open Access to Research Datagideon christian
The document discusses frameworks for open access to research data through information and communication technologies. It covers data rights in the US and EU, examples of open data frameworks like Creative Commons licenses, and ethical issues around privacy and consent. Trends in open data access across science and social science databases are examined, with only a few providing full open access. Further research questions around determining appropriate access frameworks and the relationship between openness and data utility are also outlined.
This seminar discuss the important of the scientific data and how to plan data management and data sharing for your research. Also, discuss the research ethics and privacy in data sharing and intellectual property rights.
Data strategies for collaborative research, how to publish and cite research , and data opportunities and limitations in using other people's research data, illustrated with real-life data reuse cases will be discussed. The ways to share your research data and discuss the advantages and disadvantages for each of these ways of sharing data. The Egyptian 2017 data protection act and its principles. Finally, discuss practicality real cases.
This document provides biographical and contact information for Professor Aboul Ella Hassanien, including that he is the founder and chair of the Scientific Research Group in Egypt and formerly served as dean of the faculty of computers and information at Beni-Suef University. It announces an upcoming presentation by Professor Hassanien on sharing scientific data, ethics, and consent taking place on January 20, 2018 at Cairo University.
Mind the Gap: Reflections on Data Policies and PracticeLizLyon
UKOLN is supported by the Mind the Gap project which reflects on data policies and practices. The document discusses the current state of data practices in institutions, challenges around open science and data sharing, and the need for improved data policies, planning tools, and codes of conduct to help researchers with issues like data storage, sharing, and long-term preservation. It also explores how emerging technologies and areas like genomics, personalized medicine, and citizen science will impact future data practices and policies.
CINECA webinar slides: Making cohort data FAIRCINECAProject
Cohort studies, which recruit groups of individuals who share common characteristics and follow them over a period of time, are a robust and essential method in biomedical research for understanding the links between risk factors and diseases. Through questionnaires, medical assessments, and other interactions, voluminous and complex data are collected about the study participants. While cohort studies present a treasure trove of data, the data is often not FAIR (findable, accessible, interoperable and reusable). First, due to the sensitive and private nature of medical information, cohort data are often access controlled. Due to the lack of information about the studies (metadata), often one needs to dig deep to know what data is available in a cohort study. Therefore, many cohort datasets suffer from the findable and accessible issues. Second, often data collection is performed with instruments and data specifications tailored to the study. As a result, combining data across cohorts, even ones with similar characteristics, is difficult, making interoperability and reusability a challenge. In this presentation, we will explore several informatics techniques, such as the use of ontology, to make cohort data more FAIR. We will also consider the implications of making cohort data more open and the ethical and governance issues associated with open science benefit sharing.
This webinar is part of the “How FAIR are you” webinar series and hackathon, which aim at increasing and facilitating the uptake of FAIR approaches into software, training materials and cohort data, to facilitate responsible and ethical data and resource sharing and implementation of federated applications for data analysis.
The CINECA webinar series aims to discuss ways to address common challenges and share best practices in the field of cohort data analysis, as well as distribute CINECA project results. All CINECA webinars include an audience Q&A session during which attendees can ask questions and make suggestions. Please note that all webinars are recorded and available for posterior viewing. CINECA webinars include an audience Q&A session during which attendees can ask questions and make suggestions.
This webinar took place on 17th February 2021 and is part of the CINECA webinar series.
For previous and upcoming CINECA webinars see:
https://www.cineca-project.eu/webinars
This document summarizes a presentation on open science and open data. It discusses the importance of open research data for reproducibility and innovation. It outlines key policy developments promoting open data, including funder data policies and journal data policies. It also describes CODATA's activities related to data policies, frameworks for developing open data strategies, and components of the international open science ecosystem.
The document provides an overview of open science and its benefits. It discusses how open science involves making research outputs like publications and data openly accessible and reusable. Open access to publications and data sharing are required by Horizon 2020, the EU research funding program. It must be ensured that publications resulting from Horizon 2020 funding are made openly accessible within 6 months, and data must be deposited in repositories to validate results. Overall open science is aimed at increasing the benefits and impacts of research.
The document discusses open data and data sharing, including defining open data, the benefits of open data, overcoming barriers to opening data such as concerns about scooping and sensitive data, best practices for making data open through formats, licensing and description, and the role of research databases and data citation in promoting open data.
CINECA webinar slides: Open science through fair health data networks dream o...CINECAProject
Since the FAIR data principles were published in 2016, many organizations including science funders and governments have adopted these principles to promote and foster true open science collaborations. However, to define a vision and create a video of a Personal Health Train that leverages worldwide FAIR health data in a federated manner is one step. To actually make this happen at scale and be able to show new scientific and medical insights for it is quite another!
In this webinar, we will dive into the basics of FAIR health data, but also take stock of the current situation in health data networks: after a year of frantic research and collaborations and many open datasets and hackathons on COVID-19, has the situation actually improved? Are we sharing health data on a global scale to improve medical practice, or is quality medical data still only accessible to researchers with the right credentials and deep pockets?
This webinar is part of the “How FAIR are you” webinar series and hackathon, which aim at increasing and facilitating the uptake of FAIR approaches into software, training materials and cohort data, to facilitate responsible and ethical data and resource sharing and implementation of federated applications for data analysis.
The CINECA webinar series aims to discuss ways to address common challenges and share best practices in the field of cohort data analysis, as well as distribute CINECA project results. All CINECA webinars include an audience Q&A session during which attendees can ask questions and make suggestions. Please note that all webinars are recorded and available for posterior viewing. CINECA webinars include an audience Q&A session during which attendees can ask questions and make suggestions.
This webinar took place on 21st January 2021 and is part of the CINECA webinar series.
For previous and upcoming CINECA webinars see:
https://www.cineca-project.eu/webinars
This document discusses licensing research data for reuse. It begins by providing a scenario where a user has downloaded a dataset but is unsure what they can do with the data due to licensing. It then discusses that licensing is critical to enabling data reuse and citation. It provides information on AusGOAL, the Australian open access and licensing framework, and notes it is recommended for data publishing by ANDS partners. It also includes links to licensing guides and FAQs. In summary, the document emphasizes the importance of data licensing for enabling reuse and outlines Australia's recommended licensing system.
Open science as roadmap to better data science researchBeth Plale
Open science is a principle -- of openness -- applied to scientific research and its products which include data and software. Its objective is to accelerate the dissemination of fundamental research results that will “advance the frontiers of knowledge and help ensure the nation’s future prosperity.” Open science has both socio- and technical- components to it. It urges from scientists more attention to research processes, more thought to subsequent uses of data, and more thought to the reproducibility and replicability of one’s work. It urges computational infrastructure to be more responsive to reproducibility. It urges science communities to value their data gems. As it is rare for data science research to not involve actual data nor software, and at times it requires large amounts of both, the principles of open science are particularly relevant to data science. In this talk I discuss open science in data science and show that open science equates to good science that in the end benefits us all.
This document summarizes Simon Hodson's presentation on open science and FAIR data developments globally. Some key points:
1) There is a growing policy push for open research data, with funders and organizations adopting data sharing policies based on FAIR data principles of findability, accessibility, interoperability, and reusability.
2) Initiatives are working to build the international ecosystem of open science, including components for reporting research outputs, persistent identifiers, data standards, data repositories, and criteria for trustworthy data.
3) The African Open Science Platform aims to lay the foundations for open science in Africa through frameworks for policy, incentives, training, and technical infrastructure development.
4) International
This slide shows the set of task groups established under the aegis of the RDA/NISO Privacy Implications of Research Data Sets Interest Group; it was used during the NISO Symposium held on September 11, 2016 in conjunction with International Data Week events in Denver, Colorado.
This document discusses best practices for preparing and sharing research data. It emphasizes obtaining proper consent from participants, performing a risk analysis to avoid re-identification, and considering appropriate sharing methods such as data repositories. Sharing data benefits the research community by encouraging new collaborations and validation of results, but must be balanced with obligations to protect participants and intellectual property. The document provides guidance on topics like data licensing, anonymization, and the policies of research institutions and journals regarding data sharing.
This document summarizes a presentation about using the LEARN project's research data management policy and guidance. The LEARN project involved 5 partners across Europe working from 2015-2017 to develop best practices for RDM. It conducted workshops, published case studies and a toolkit. The presentation discusses developing an RDM policy, including understanding the progression from taboos to principles to policies to rules. It provides an example outline for a model RDM policy covering aspects like responsibilities and validity. The goal is to produce guidance that research institutions can tailor to their own needs to enhance coordination and alignment of RDM practices.
ANDS health and medical data webinar 16 May. Storing and Publishing Health an...ARDC
Dr Jeff Christiansen (QCIF) introduced med.data.edu.au, a national facility to provide petabyte-scale research data storage, and related high-speed networked computational services, to Australian medical and health research organisations.
Webinar: https://www.youtube.com/watch?v=5jwBwDJrWAs
Jeff Christiansen Snippet: https://www.youtube.com/watch?v=PV_vuUKRm6w
Transcript: https://www.slideshare.net/AustralianNationalDataService/transcript-storing-and-publishing-health-and-medical-data-16052017
This document discusses data-generating patents, which are patented inventions designed to generate valuable data through their operation or use. It notes potential concerns regarding how these patents can limit disclosure and alter the innovation balance. It proposes analyzing patents based on the foreseeability of the data markets and preemptive effects on data market competition to discern problematic from unproblematic patents. Recommendations to address problematic patents focus on ex post solutions rather than ex ante due to lack of an ideal solution.
Open Access Week 2017: Life Sciences and Open Sciences - worfkflows and toolsOpenAIRE
This document discusses open science practices for publishing and sharing research outputs like publications, data, code, and software. It covers topics like open access, documenting work, version control, reproducibility, and using platforms and workflows like Docker, Nextflow, and Galaxy to package and share research objects. The overall message is that applying open science principles of transparency, accessibility, and reproducibility can help researchers collaborate and build on each other's work.
ANDS health and medical data webinar 23 May 2017. Ethics, Legal issues and Da...ARDC
Presentation from Phoebe Macleod, Legal Counsel and Business Development Manager, and Amandine Philippart De Foy, Paralegal, from the Murdoch Children’s Research Institute.
Phoebe and Amandine presented on legal considerations for data sharing.
Webinar: https://www.youtube.com/watch?v=pwtlr7BtdQU
Full Webinar: https://youtu.be/FSlA1noJ1VU
State of the Art Informatics for Research Reproducibility, Reliability, and...Micah Altman
In March, I had the pleasure of being the inaugural speaker in a new lecture series (http://library.wustl.edu/research-data-testing/dss_speaker/dss_altman.html) initiated by the Libraries at the Washington University in St. Louis Libraries -- dedicated to the topics of data reproducibility, citation, sharing, privacy, and management.
In the presentation embedded below, I provide an overview of the major categories of new initiatives to promote research reproducibility, reliability, and reuse and related state of the art in informatics methods for managing data.
This document summarizes the current state of research on data privacy and fitness trackers. It begins with an overview of data privacy laws in the EU and US, noting that the EU has stronger protections over personal data with the General Data Protection Regulation (GDPR). The following sections summarize the limited existing research on data privacy issues related to fitness trackers, including lack of user control over data collection and risks of third-party inference attacks. User studies provide insights into perceptions and behaviors around privacy and fitness data. Overall, the document finds that legal protections for health-related information are becoming more important and the GDPR establishes improved privacy standards, though it is unclear if the new EU-US Privacy Shield agreement is adequate. More research attention
Part of the "2016 Annual Conference: Big Data, Health Law, and Bioethics" held at Harvard Law School on May 6, 2016.
This conference aimed to: (1) identify the various ways in which law and ethics intersect with the use of big data in health care and health research, particularly in the United States; (2) understand the way U.S. law (and potentially other legal systems) currently promotes or stands as an obstacle to these potential uses; (3) determine what might be learned from the legal and ethical treatment of uses of big data in other sectors and countries; and (4) examine potential solutions (industry best practices, common law, legislative, executive, domestic and international) for better use of big data in health care and health research in the U.S.
The Petrie-Flom Center for Health Law Policy, Biotechnology, and Bioethics at Harvard Law School 2016 annual conference was organized in collaboration with the Berkman Center for Internet & Society at Harvard University and the Health Ethics and Policy Lab, University of Zurich.
Learn more at http://petrieflom.law.harvard.edu/events/details/2016-annual-conference.
rights and responsibilities
privacy by design strategies
privacy principles
privacy enhancing technologies (PETs)
big data concerns
private, shared and public - boundary transitions
data protection impact assessment (DPIA)
cross border data transfers
derogations for research
Open Science in Research Libraries: Research, Research Integrity and Legal As...Marlon Domingus
Session on RDM and legal aspects at the Erasmus+ Staff Mobility - Knowledge Sharing Open Science in Research Libraries. June 12-16 2017. TU Delft and Erasmus University Rotterdam.
CINECA webinar slides: Making cohort data FAIRCINECAProject
Cohort studies, which recruit groups of individuals who share common characteristics and follow them over a period of time, are a robust and essential method in biomedical research for understanding the links between risk factors and diseases. Through questionnaires, medical assessments, and other interactions, voluminous and complex data are collected about the study participants. While cohort studies present a treasure trove of data, the data is often not FAIR (findable, accessible, interoperable and reusable). First, due to the sensitive and private nature of medical information, cohort data are often access controlled. Due to the lack of information about the studies (metadata), often one needs to dig deep to know what data is available in a cohort study. Therefore, many cohort datasets suffer from the findable and accessible issues. Second, often data collection is performed with instruments and data specifications tailored to the study. As a result, combining data across cohorts, even ones with similar characteristics, is difficult, making interoperability and reusability a challenge. In this presentation, we will explore several informatics techniques, such as the use of ontology, to make cohort data more FAIR. We will also consider the implications of making cohort data more open and the ethical and governance issues associated with open science benefit sharing.
This webinar is part of the “How FAIR are you” webinar series and hackathon, which aim at increasing and facilitating the uptake of FAIR approaches into software, training materials and cohort data, to facilitate responsible and ethical data and resource sharing and implementation of federated applications for data analysis.
The CINECA webinar series aims to discuss ways to address common challenges and share best practices in the field of cohort data analysis, as well as distribute CINECA project results. All CINECA webinars include an audience Q&A session during which attendees can ask questions and make suggestions. Please note that all webinars are recorded and available for posterior viewing. CINECA webinars include an audience Q&A session during which attendees can ask questions and make suggestions.
This webinar took place on 17th February 2021 and is part of the CINECA webinar series.
For previous and upcoming CINECA webinars see:
https://www.cineca-project.eu/webinars
This document summarizes a presentation on open science and open data. It discusses the importance of open research data for reproducibility and innovation. It outlines key policy developments promoting open data, including funder data policies and journal data policies. It also describes CODATA's activities related to data policies, frameworks for developing open data strategies, and components of the international open science ecosystem.
The document provides an overview of open science and its benefits. It discusses how open science involves making research outputs like publications and data openly accessible and reusable. Open access to publications and data sharing are required by Horizon 2020, the EU research funding program. It must be ensured that publications resulting from Horizon 2020 funding are made openly accessible within 6 months, and data must be deposited in repositories to validate results. Overall open science is aimed at increasing the benefits and impacts of research.
The document discusses open data and data sharing, including defining open data, the benefits of open data, overcoming barriers to opening data such as concerns about scooping and sensitive data, best practices for making data open through formats, licensing and description, and the role of research databases and data citation in promoting open data.
CINECA webinar slides: Open science through fair health data networks dream o...CINECAProject
Since the FAIR data principles were published in 2016, many organizations including science funders and governments have adopted these principles to promote and foster true open science collaborations. However, to define a vision and create a video of a Personal Health Train that leverages worldwide FAIR health data in a federated manner is one step. To actually make this happen at scale and be able to show new scientific and medical insights for it is quite another!
In this webinar, we will dive into the basics of FAIR health data, but also take stock of the current situation in health data networks: after a year of frantic research and collaborations and many open datasets and hackathons on COVID-19, has the situation actually improved? Are we sharing health data on a global scale to improve medical practice, or is quality medical data still only accessible to researchers with the right credentials and deep pockets?
This webinar is part of the “How FAIR are you” webinar series and hackathon, which aim at increasing and facilitating the uptake of FAIR approaches into software, training materials and cohort data, to facilitate responsible and ethical data and resource sharing and implementation of federated applications for data analysis.
The CINECA webinar series aims to discuss ways to address common challenges and share best practices in the field of cohort data analysis, as well as distribute CINECA project results. All CINECA webinars include an audience Q&A session during which attendees can ask questions and make suggestions. Please note that all webinars are recorded and available for posterior viewing. CINECA webinars include an audience Q&A session during which attendees can ask questions and make suggestions.
This webinar took place on 21st January 2021 and is part of the CINECA webinar series.
For previous and upcoming CINECA webinars see:
https://www.cineca-project.eu/webinars
This document discusses licensing research data for reuse. It begins by providing a scenario where a user has downloaded a dataset but is unsure what they can do with the data due to licensing. It then discusses that licensing is critical to enabling data reuse and citation. It provides information on AusGOAL, the Australian open access and licensing framework, and notes it is recommended for data publishing by ANDS partners. It also includes links to licensing guides and FAQs. In summary, the document emphasizes the importance of data licensing for enabling reuse and outlines Australia's recommended licensing system.
Open science as roadmap to better data science researchBeth Plale
Open science is a principle -- of openness -- applied to scientific research and its products which include data and software. Its objective is to accelerate the dissemination of fundamental research results that will “advance the frontiers of knowledge and help ensure the nation’s future prosperity.” Open science has both socio- and technical- components to it. It urges from scientists more attention to research processes, more thought to subsequent uses of data, and more thought to the reproducibility and replicability of one’s work. It urges computational infrastructure to be more responsive to reproducibility. It urges science communities to value their data gems. As it is rare for data science research to not involve actual data nor software, and at times it requires large amounts of both, the principles of open science are particularly relevant to data science. In this talk I discuss open science in data science and show that open science equates to good science that in the end benefits us all.
This document summarizes Simon Hodson's presentation on open science and FAIR data developments globally. Some key points:
1) There is a growing policy push for open research data, with funders and organizations adopting data sharing policies based on FAIR data principles of findability, accessibility, interoperability, and reusability.
2) Initiatives are working to build the international ecosystem of open science, including components for reporting research outputs, persistent identifiers, data standards, data repositories, and criteria for trustworthy data.
3) The African Open Science Platform aims to lay the foundations for open science in Africa through frameworks for policy, incentives, training, and technical infrastructure development.
4) International
This slide shows the set of task groups established under the aegis of the RDA/NISO Privacy Implications of Research Data Sets Interest Group; it was used during the NISO Symposium held on September 11, 2016 in conjunction with International Data Week events in Denver, Colorado.
This document discusses best practices for preparing and sharing research data. It emphasizes obtaining proper consent from participants, performing a risk analysis to avoid re-identification, and considering appropriate sharing methods such as data repositories. Sharing data benefits the research community by encouraging new collaborations and validation of results, but must be balanced with obligations to protect participants and intellectual property. The document provides guidance on topics like data licensing, anonymization, and the policies of research institutions and journals regarding data sharing.
This document summarizes a presentation about using the LEARN project's research data management policy and guidance. The LEARN project involved 5 partners across Europe working from 2015-2017 to develop best practices for RDM. It conducted workshops, published case studies and a toolkit. The presentation discusses developing an RDM policy, including understanding the progression from taboos to principles to policies to rules. It provides an example outline for a model RDM policy covering aspects like responsibilities and validity. The goal is to produce guidance that research institutions can tailor to their own needs to enhance coordination and alignment of RDM practices.
ANDS health and medical data webinar 16 May. Storing and Publishing Health an...ARDC
Dr Jeff Christiansen (QCIF) introduced med.data.edu.au, a national facility to provide petabyte-scale research data storage, and related high-speed networked computational services, to Australian medical and health research organisations.
Webinar: https://www.youtube.com/watch?v=5jwBwDJrWAs
Jeff Christiansen Snippet: https://www.youtube.com/watch?v=PV_vuUKRm6w
Transcript: https://www.slideshare.net/AustralianNationalDataService/transcript-storing-and-publishing-health-and-medical-data-16052017
This document discusses data-generating patents, which are patented inventions designed to generate valuable data through their operation or use. It notes potential concerns regarding how these patents can limit disclosure and alter the innovation balance. It proposes analyzing patents based on the foreseeability of the data markets and preemptive effects on data market competition to discern problematic from unproblematic patents. Recommendations to address problematic patents focus on ex post solutions rather than ex ante due to lack of an ideal solution.
Open Access Week 2017: Life Sciences and Open Sciences - worfkflows and toolsOpenAIRE
This document discusses open science practices for publishing and sharing research outputs like publications, data, code, and software. It covers topics like open access, documenting work, version control, reproducibility, and using platforms and workflows like Docker, Nextflow, and Galaxy to package and share research objects. The overall message is that applying open science principles of transparency, accessibility, and reproducibility can help researchers collaborate and build on each other's work.
ANDS health and medical data webinar 23 May 2017. Ethics, Legal issues and Da...ARDC
Presentation from Phoebe Macleod, Legal Counsel and Business Development Manager, and Amandine Philippart De Foy, Paralegal, from the Murdoch Children’s Research Institute.
Phoebe and Amandine presented on legal considerations for data sharing.
Webinar: https://www.youtube.com/watch?v=pwtlr7BtdQU
Full Webinar: https://youtu.be/FSlA1noJ1VU
State of the Art Informatics for Research Reproducibility, Reliability, and...Micah Altman
In March, I had the pleasure of being the inaugural speaker in a new lecture series (http://library.wustl.edu/research-data-testing/dss_speaker/dss_altman.html) initiated by the Libraries at the Washington University in St. Louis Libraries -- dedicated to the topics of data reproducibility, citation, sharing, privacy, and management.
In the presentation embedded below, I provide an overview of the major categories of new initiatives to promote research reproducibility, reliability, and reuse and related state of the art in informatics methods for managing data.
This document summarizes the current state of research on data privacy and fitness trackers. It begins with an overview of data privacy laws in the EU and US, noting that the EU has stronger protections over personal data with the General Data Protection Regulation (GDPR). The following sections summarize the limited existing research on data privacy issues related to fitness trackers, including lack of user control over data collection and risks of third-party inference attacks. User studies provide insights into perceptions and behaviors around privacy and fitness data. Overall, the document finds that legal protections for health-related information are becoming more important and the GDPR establishes improved privacy standards, though it is unclear if the new EU-US Privacy Shield agreement is adequate. More research attention
Part of the "2016 Annual Conference: Big Data, Health Law, and Bioethics" held at Harvard Law School on May 6, 2016.
This conference aimed to: (1) identify the various ways in which law and ethics intersect with the use of big data in health care and health research, particularly in the United States; (2) understand the way U.S. law (and potentially other legal systems) currently promotes or stands as an obstacle to these potential uses; (3) determine what might be learned from the legal and ethical treatment of uses of big data in other sectors and countries; and (4) examine potential solutions (industry best practices, common law, legislative, executive, domestic and international) for better use of big data in health care and health research in the U.S.
The Petrie-Flom Center for Health Law Policy, Biotechnology, and Bioethics at Harvard Law School 2016 annual conference was organized in collaboration with the Berkman Center for Internet & Society at Harvard University and the Health Ethics and Policy Lab, University of Zurich.
Learn more at http://petrieflom.law.harvard.edu/events/details/2016-annual-conference.
rights and responsibilities
privacy by design strategies
privacy principles
privacy enhancing technologies (PETs)
big data concerns
private, shared and public - boundary transitions
data protection impact assessment (DPIA)
cross border data transfers
derogations for research
Open Science in Research Libraries: Research, Research Integrity and Legal As...Marlon Domingus
Session on RDM and legal aspects at the Erasmus+ Staff Mobility - Knowledge Sharing Open Science in Research Libraries. June 12-16 2017. TU Delft and Erasmus University Rotterdam.
Legal and ethical considerations for sharing research dataOpenAIRE
Irena Vipavc Brar ( Social Sciences Data Archives / CESSDA)
Aimed at researchers in social sciences, but of interest for other fields as well, Irena Vipavc Brar gives an overview of the most important legal and ethical considerations when sharing research data. She discusses the implications of GDPR for scientific research, informed consent and ethical aspects of dealing with personal data, and legal issues.
Links: https://www.cessda.eu/Research-Infrastructure/Training/Expert-Tour-Guide-on-Data-Management
Christopher Millard Legally Compliant Use Of Personal Data In E Social ScienceChristopher Millard
The document discusses the legal rules governing the use of personal data in e-social science research according to the EU Data Protection Directive. It notes inconsistencies in how EU member states have implemented the directive into national laws. The concept of personal data is complex, relating to any information about an identifiable individual. National courts have sometimes interpreted this definition differently than the EU privacy regulators. The document recommends steps researchers can take to ensure legally compliant use of personal data, such as privacy impact assessments and guidance on issues like data security and international data transfers.
The webinar presentation summarizes the LEARN Toolkit project which developed best practices for research data management. It includes 23 case studies organized into 8 sections covering topics like policies, advocacy, costs, roles and responsibilities. The project produced a model research data management policy and guidance document to help institutions develop their own policies. It engaged stakeholders through workshops around Europe and Latin America to align policies and terminology. The materials from the project, including the model policy, are published in the LEARN Toolkit which aims to support research organizations in improving their research data management.
Privacy experience in Plone and other open source CMSInteraktiv
This document discusses privacy experience in open source content management systems (CMS) like Plone. It begins by explaining why privacy matters and providing examples of recent privacy issues. It then discusses different approaches to privacy internationally and how this affects global open source communities. The document proposes universal privacy principles and discusses how privacy can be ensured in open source CMS communities specifically, with suggestions for Plone. It emphasizes a preventative, privacy by design approach.
This document discusses managing research data for open science based on the UK experience. It outlines key aspects of open science such as making research more open, global, collaborative and closer to society. The document discusses mandates for open research data from funding bodies in the UK and EU, including stipulations in Horizon 2020 and requirements from EPSRC. It defines what constitutes research data and examines challenges around research data management, including technology issues, people issues, policy issues and resources. The importance of data skills training for researchers and data professionals is also covered.
Adjusting to the GDPR: The Impact on Data Scientists and Behavioral ResearchersTravis Greene
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Sabrina Kirrane works at Vienna University of Economics & Business. She discusses digital rights management from several perspectives including privacy, sustainability, data licensing, and data protection. Standardization is needed for policy languages to express permissions and obligations, as well as vocabularies to enable interoperability between systems regarding transparent data processing and compliance with legal obligations like GDPR.
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1) The Eudeco project which examines big data and data reuse from legal, societal, economic, and technological perspectives across multiple European countries.
2) Issues with data sharing and reuse, including potential privacy violations, discrimination, lack of transparency, and unintended consequences from new uses of data or placing it in new contexts.
3) Potential solutions discussed, including privacy impact assessments, privacy by design, and new approaches focusing more on transparency and responsibility than restricting data access and use.
This document provides an overview of legal aspects related to big data analytics. It defines big data and discusses legal perspectives on data protection and privacy in the context of big data. The document outlines how the collection and analysis of large datasets can constitute processing of personal data, raising issues of consent, data minimization, anonymization, security and data breaches. It also discusses how regulations like the EU's General Data Protection Regulation aim to address privacy challenges from big data while balancing opportunities for innovation.
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An itinerary for FAIR and privacy respecting data-driven innovation and research
1. An itinerary for FAIR and
privacy respecting data-driven
innovation and research
National eScience Symposium 2017
October 12, Amsterdam
Marlon Domingus
“Nowadays people know the privacy risk of everything
and the value of nothing.”
variation on an Oscar Wilde theme
2. Itinerary
1. On the EU General Data Protection
Regulation
2. On Governance of Re-Use of Data
3. Privacy in the context of Research
and Big Data Research
4. Privacy and the Internet of Things
5. Next Steps
2
3. The GDPR Elephant Is In The Room
Image sources: Top, Bottom left side, Bottom right side.
Will you ignore it
and allow it to become
your weakness?
Or will you adapt to it
and make it your strength
to safeguard privacy?
Marlon Domingus
Erasmus University Rotterdam
marlon.domingus@eur.nl
September 2017
General Data Protection Regulation
Disclaimer
4. EU General Data Protection Regulation
What, Who, How, When
What & How
25 May 2018October 2017 15 December 2017
Who
University: provide necessary
general conditions to enable
researchers to comply; policy,
guidelines, infrastructure and
skilled and available research
support staff.
Dean: provide additional
necessary discipline specific
conditions to enable researchers
to comply; policy, guidelines,
infrastructure and skilled and
available research support staff.
Faculty: follow privacy principles
& use the privacy enabling
conditions (policy, guidelines,
infrastructure and skilled and
available research support staff).
5. Does Privacy Threaten Research
and / or
Does Research Threaten Privacy?
• The EU General Data Protection Regulation (GDPR) is principle based
• intended to facilitate the responsible free floating of data within the EU to
strengthen the internal market, especially by public - private driven innovation.
• The Right to Privacy is not an absolute right, but a fundamental right amongst
other rights.
• Conclusion: no business as usual, but also no disruption of research.
• GDPR is a game changer, and we have to shift to the new paradigm and
govern research in a new way.
5
6. Command & Control
• Fixed norm
• Actor
• Sanction
• Example: METC
Reflexive regulation
• Situated norm
• Multiple Actors
• Learn
• Example: intervision
Two Models of Governance
Source: Prof. Dr. Antoinette de Bont, Erasmus School of Health Policy & Management (ESHPM): The Governance of re-use of data. Summerschool 9-12 July 2017 @ Erasmus MC.
7. Reflexive Governance of Re-Use of Data
Source: Prof. Dr. Antoinette de Bont, Erasmus School of Health Policy & Management (ESHPM): The Governance of re-use of data. Summerschool 9-12 July 2017 @ Erasmus MC.
Set up research aimed to reduce margins of uncertainty;
Set up research to detect vulnerabilities in the environment;
Institute long‐term monitoring systems and facilities for early warnings
of possible harmful effects.
Invite stakeholders to contribute to strategic discussions about the
research you do
8. Privacy Before Research:
Research Design
Result: Data Management Plan
DPIA
Risks, Appropriate Organisational
and Technical Measures, Ethical
Self Assessment
2
Data Management Plan
See for DPIA: pg 14. Article 29 Data Protection Working Party: Guidelines on Data Protection Impact Assessment (DPIA) and determining whether processing is “likely to result in a
high risk” for the purposes of Regulation 2016/679. Adopted on 4 April 2017. See: http://ec.europa.eu/newsroom/document.cfm?doc_id=44137
Privacy Principles
1
9. 1. The EU General Data Protection Regulation:
Article 5 GDPR: Principles Relating to Processing of Personal Data
Source: http://gdprcoalition.ie/infographics/
10. 2. The EU General Data Protection Regulation:
Privacy Before, During and After Research
Created in collaboration with the GDPR Coalition
11. Privacy Before Research:
Privacy by Design Strategy (‘traditional’)
Source: ENISA report (2015): Privacy By Design In Big Data. Online: https://www.enisa.europa.eu/publications/big-data-protection/at_download/fullReport
11
12. Privacy Before Research:
Privacy by Design Strategy (Big Data)
Source: ENISA report (2015): Privacy By Design In Big Data. Online: https://www.enisa.europa.eu/publications/big-data-protection/at_download/fullReport
12
13. Privacy Before Research:
Privacy Enhancing Technologies
in Big Data
Anonymization in big data (and beyond)
Utility and privacy
Attack models and disclosure risk
Anonymization privacy models
Anonymization privacy models and big data
Anonymization methods
Some current weaknesses of anonymization
Centralized vs decentralized anonymization for big data
Other specific challenges of anonymization in big data
Challenges and future research for anonymization in big data
Encryption techniques in big data
Database encryption
Encrypted search
Security and accountability controls
Granular access control
Privacy policy enforcement
Accountability and audit mechanisms
Data provenance
Transparency and access
Consent, ownership and control
Consent mechanisms
Privacy preferences and sticky policies
Personal data stores
Source: ENISA report (2015): Privacy By Design In Big Data. Online: https://www.enisa.europa.eu/publications/big-data-protection/at_download/fullReport
13
14. WP Art 29: Big Data Concerns:
14
- the sheer scale of data collection, tracking and profiling, also taking into
account the variety and detail of the data collected and the fact that
data are often combined from many different sources;
- the security of data, with levels of protection shown to be lagging
behind the expansion in volume;
- transparency: unless they are provided with sufficient information,
individuals will be subject to decisions that they do not understand and
have no control over;
- inaccuracy, discrimination, exclusion and economic imbalance;
- increased possibilities of government surveillance.
Source: Article 29 Data Protection Working Party. Opinion 03/2013 on purpose limitation. Adopted on 2 April 2013.
Online: http://ec.europa.eu/justice/data-protection/article-29/documentation/opinion-recommendation/files/2013/wp203_en.pdf
15. Balancing the legitimate interests
of the researcher
and the privacy rights of the individual
Source: Prof. Dr. Gloria González Fuster: Recent jurisprudence of the European Court of Human Rights and the Court of Justice of the European Union. Brussels Privacy
Hub, VUB Brussel, June 30 2017.
independent authority
individual’s rights
legitimate interests
15
GDPR
Member States’ Implementation Legislation
Codes of Conduct
Discipline Specific
Good Practices
of the researcher
of the data subject
16. Balancing: Four Steps
1. Legitimate interests of controller or 3rd party
• freedom of expression
• direct marketing and other forms of advertisement
• enforcement of legal claims
• prevention of fraud, misuse of services, or money laundering
• physical safety, security, IT and network security
• whistle-blowing schemes
2. Impact on data subject
Actual and potential repercussions
• Nature of the data
• How the data are processed
• Reasonable expectations data subject
• Nature of controller vis-à-vis data subject
3. Make provisional balance
“Necessary”
• Least intrusive means
• Reasonably effective
• Balance of interests
4. Safeguards
Measures to ensure that the data cannot be used to take decisions or other actions with regard to individuals.
• anonymisation techniques, aggregation of data
• privacy-enhancing technologies, privacy by design
• increased transparency
• general and unconditional right to opt-out
Source: Article 29 Data Protection Working Party. Opinion 06/2014 on the "Notion of legitimate interests of the data controller under Article 7 of Directive 95/46/EC". Adopted on 9
April 2014. Online: http://ec.europa.eu/justice/data-protection/article-29/documentation/opinion-recommendation/files/2014/wp217_en.pdf
16
17. Privacy in the Context of Research:
9 Generic Research Scenarios
18. storing data
analysing data
deleting data archiving data for follow-on research
own research
publicly publishing data
principal investigator academia
Research Scenarios and the General Data Protection Regulation:
1. Individual Academic Research
Based on Existing Data
Marlon Domingus
Erasmus University Rotterdam
marlon.domingus@eur.nl
August 24 2017
adequate organisational
and technical measures
accessing and collecting data
existing data
existing observed data
online / sensor data
19. storing data
analysing data
deleting data archiving data for follow-on research
own research
publicly publishing data
Research Scenarios and the General Data Protection Regulation:
2. Academic Research by an International Research Group
Based on Existing Data
Marlon Domingus
Erasmus University Rotterdam
marlon.domingus@eur.nl
August 24 2017
adequate organisational
and technical measures
accessing and collecting data
existing data
existing observed data
online / sensor data
accessing data
academic researcher
academic researcher
academic researcher
sharing data for analysing, archiving
and publishing purposes
analysing data
archiving data
publishing data
adequate organisational
and technical measures
principal investigator academia
20. storing data
analysing data
deleting data archiving data for follow-on research
own research
publicly publishing data
principal investigator academia
Research Scenarios and the General Data Protection Regulation:
3. Individual Academic Research
Based on Generated Data from Data Subjects
Marlon Domingus
Erasmus University Rotterdam
marlon.domingus@eur.nl
August 24 2017
- informed consent
- public interest
generating new data
data subjects
data subject's rights:
• to be informed
• of access
• to rectification
• to erasure
• to restriction of processing
• to objection of processing
• to data portability
• to withdraw consent
• to lodge a complaint to a supervisory authority
• right not to be subject to a decision
based solely on automated processing
adequate organisational
and technical measures
21. storing data
analysing data
deleting data archiving data for follow-on research
own research
publicly publishing data
Research Scenarios and the General Data Protection Regulation:
4. Academic Research by an International Research Group
Based on Generated Data from Data Subjects
Marlon Domingus
Erasmus University Rotterdam
marlon.domingus@eur.nl
August 24 2017
- informed consent
- public interest
generating new data
data subjects
adequate organisational
and technical measures
accessing data
academic researcher
academic researcher
academic researcher
sharing data for analysing, archiving
and publishing purposes
analysing data
archiving data
publishing data
adequate organisational
and technical measures
principal investigator academia
22. storing data
analysing data
deleting data archiving data for follow-on research
own research
publicly publishing data
principal investigator academia
Research Scenarios and the General Data Protection Regulation:
5. Academic Research by an International Research Group
Based on Generated Data from Data Subjects Combined With Existing Data
Marlon Domingus
Erasmus University Rotterdam
marlon.domingus@eur.nl
August 24 2017
- informed consent
- public interest
generating new data
data subjects
adequate organisational
and technical measures
accessing data
academic researcher
academic researcher
academic researcher
sharing data for analysing, archiving
and publishing purposes
analysing data
archiving data
publishing data
adequate organisational
and technical measures
accessing and collecting data
existing data
existing observed data
online / sensor data
23. storing data
analysing data
deleting data archiving data for follow-on research
own research
publicly publishing data
Research Scenarios and the General Data Protection Regulation:
6. Academic Research by International Public - Private Research Group
Based on Generated Data from Data Subjects Combined With Existing Data
Marlon Domingus
Erasmus University Rotterdam
marlon.domingus@eur.nl
August 24 2017
- informed consent
- public interest
generating new data
data subjects
adequate organisational
and technical measures
accessing data
academic researcher
academic researcher
academic researcher
sharing data for analysing, archiving
and publishing purposes
analysing data
archiving data
publishing data
adequate organisational
and technical measures
accessing and collecting data
existing data
existing observed data
online / sensor data
non academic
research partner
non academic
research partner
principal investigator academia
24. storing data
analysing data
deleting data archiving data for follow-on research
own research
publicly publishing data
principal investigator academia
Research Scenarios and the General Data Protection Regulation:
7. Academic Research by International Public - Private Research Group
Based on Generated Data from Data Subjects Combined With Existing Data and Licensed Data
Marlon Domingus
Erasmus University Rotterdam
marlon.domingus@eur.nl
August 24 2017
- informed consent
- public interest
generating new data
data subjects
adequate organisational
and technical measures
accessing data
academic researcher
academic researcher
academic researcher
sharing data for analysing, archiving
and publishing purposes
analysing data
archiving data
publishing data
adequate organisational
and technical measures
accessing and collecting data
existing data
existing observed data
online / sensor data
non academic
research partner
non academic
research partner
licensed data
25. storing data
analysing data
deleting data archiving data for follow-on research
own research
publicly publishing data
Research Scenarios and the General Data Protection Regulation:
8. Academic Research by International Public - Private Research Group & Third Parties
Based on Generated Data from Data Subjects Combined With Existing Data and Commercial Data
Marlon Domingus
Erasmus University Rotterdam
marlon.domingus@eur.nl
August 24 2017
- informed consent
- public interest
generating new data
data subjects
adequate organisational
and technical measures
accessing data
academic researcher
academic researcher
academic researcher
sharing data for analysing, archiving
and publishing purposes
analysing data
archiving data
publishing data
adequate organisational
and technical measures
accessing and collecting data
existing data
existing observed data
online / sensor data
non academic
research partner
non academic
research partner
licensed data
non academic
service provider
non academic
service provider
principal investigator academia
26. storing data
analysing data
deleting data archiving data for follow-on research
own research
publicly publishing data
principal investigator academia
Research Scenarios and the General Data Protection Regulation:
9. Academic Big Data Research by International Public - Private Research Group & Third Parties
Based on Generated Data from Data Subjects Combined With Existing Data and Commercial Data
Marlon Domingus
Erasmus University Rotterdam
marlon.domingus@eur.nl
August 24 2017
- informed consent
- public interest
generating new data
data subjects
adequate organisational
and technical measures
accessing data
academic researcher
academic researcher
academic researcher
sharing data for analysing, archiving
and publishing purposes
analysing data
archiving data
publishing data
adequate organisational
and technical measures
accessing and collecting data
existing data
existing observed data
online / sensor data
non academic
research partner
non academic
research partner
licensed data
non academic
service provider
non academic
service provider
HPC
28. Reflexive regulation
• Situated norm (in context)
• Multiple Actors
• Learn
Reprise: Two Models of Governance
Focus Points:
• Nature of the Data
• Nature of the Consortium
• Nature of the Dataflow
• Appropriate Measures
29. Private, Shared and Public - Boundary Transitions
29
Source: Personal website Andrew Treloar. Online: http://andrew.treloar.net/research/diagrams/index.shtml
30. Cross Border Data Transfers
Source: Prof. Christopher Kuner, International Transfers of Personal Data Post-GDPR. Brussels Privacy Hub, VUB Brussel, June 29 2017.
30
31. Privacy and the Internet of Things
31
Source: Internet of Things Architecture, pg 101, 102: http://iotforum.org/wp-content/uploads/2014/09/D1.5-20130715-VERYFINAL.pdf
32. Privacy and the Internet of Things
Source: Internet of Things Architecture, pg 101, 102: http://iotforum.org/wp-content/uploads/2014/09/D1.5-20130715-VERYFINAL.pdf
32
The subject must be able to choose sharing or not sharing information with someone else;
The subject must be able to fully control the mechanism used to ensure their privacy;
The subject shall be able to decide for which purpose the information will be used;
The subject shall be informed whenever information is used and by whom;
During interactions between a subject and an IoT system, only strictly needed information
shall be disclosed about the subject, and pseudonyms, secondary identity, or assertions
(certified properties of the end-user) shall be used whenever possible;
It shall not be possible to infer the subject‘s identity by aggregating/reasoning over information
available at various sources;
Information gained for a specific purpose shall not be used for another purpose. E.g., the
bank issuing a credit card should not use a given client‘s purchase information (logged so to
keep track of that client‘s account) to send him advertising on goods similar to his purchaces.
33. Privacy and the Internet of Things
Source: Internet of Things Architecture, pg 101, 102: http://iotforum.org/wp-content/uploads/2014/09/D1.5-20130715-VERYFINAL.pdf
33
The subject must be able to choose sharing or not sharing information with someone else;
The subject must be able to fully control the mechanism used to ensure their privacy;
The subject shall be able to decide for which purpose the information will be used;
The subject shall be informed whenever information is used and by whom;
During interactions between a subject and an IoT system, only strictly needed information
shall be disclosed about the subject, and pseudonyms, secondary identity, or assertions
(certified properties of the end-user) shall be used whenever possible;
It shall not be possible to infer the subject‘s identity by aggregating/reasoning over information
available at various sources;
Information gained for a specific purpose shall not be used for another purpose. E.g., the
bank issuing a credit card should not use a given client‘s purchase information (logged so to
keep track of that client‘s account) to send him advertising on goods similar to his purchaces.
34. What we don’t want; Data Breaches 2017:
Source: Information is Beautiful: Data Breaches (public), bit.ly/bigdatabreaches
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35. Next Steps:
Privacy Maturity Model
Source:LCRDM.https://www1.edugroepen.nl/sites/RDM_platform/RDM_Blog/Lists/Posts/Post.aspx?ID=12
37. Questions?
drs. Marlon Domingus
Research Services
coordinator Community Research Data Management
T +31 10 4088006
E researchsupport@eur.nl
W https://www.eur.nl/researchmatters/research_data_management/ (services and templates)
Stay in touch via: https://www.linkedin.com/in/domingus/
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