Sharing Information on the Semantic Web: Unresolved Legal Issues Pierre-Paul Lemyre.

Slides:



Advertisements
Similar presentations
On-line media tools for strategic communications purposes When using media tools for communication we try to use the latest technologies such us blogging,
Advertisements

Opportunistic Reasoning for the Semantic Web: Adapting Reasoning to the Environment Carlos Pedrinaci Tim Smithers and Amaia Bernaras.
DELOS Highlights COSTANTINO THANOS ITALIAN NATIONAL RESEARCH COUNCIL.
OpenStand and Collaborative Communities For innovation, solutions and market growth Kantara Initiative 3 June 2014 Summit Karen McCabe Senior Director,
Identity Management Based on P3P Authors: Oliver Berthold and Marit Kohntopp P3P = Platform for Privacy Preferences Project.
0 General information Rate of acceptance 37% Papers from 15 Countries and 5 Geographical Areas –North America 5 –South America 2 –Europe 20 –Asia 2 –Australia.
1 Introduction to XML. XML eXtensible implies that users define tag content Markup implies it is a coded document Language implies it is a metalanguage.
Future Software Architectures Combining the Web 2.0 with the Semantic Web to realize future Web Communities Maarten Visser
Open Educational Resources Sample Communications Slides for Educators and Administrators CC BYCC BY Achieve 2015.
Provisional draft ICT for Independent Living and Inclusion European Commission, DG Information Society and Media E-Inclusion Unit (H3) Challenge 7.
Licensing and Rights Management – a model for the future? Graham Vowles with contribution from David Cotton and John Pepper Marine & Costal Data Workshop.
ReQuest (Validating Semantic Searches) Norman Piedade de Noronha 16 th July, 2004.
Open Source WGISS 39. Definition of Open Source Software (OSS)  Open source or open source software (OSS) is any computer software distributed under.
AgriDrupal - a “suite of solutions” for agricultural information management and dissemination, built on the Drupal CMS; - the community of practice around.
WORLD BANK Publications The reference of choice on development The Promise, and Challenge, of Implementing Open Access at the World Bank Carlos Rossel.
Software engineering on semantic web and cloud computing platform Xiaolong Cui Computer Science.
LEVERAGING THE ENTERPRISE INFORMATION ENVIRONMENT Louise Edmonds Senior Manager Information Management ACT Health.
Secure Systems Research Group - FAU Web Services Standards Presented by Keiko Hashizume.
Audumbar Chormale Advisor: Dr. Anupam Joshi M.S. Thesis Defense
Magdi Latif Regional Knowledge and Information Management Officer FAO Partnership, Advocacy and Capacity Development Division FAORNE Jordan Plant Genetic.
Business Driven Technology Unit 4
Intégration Sémantique de l'Information par des Communautés d'Intelligence en Ligne ISICIL.
A socio-technical model for content sharing
Delivering an Architecture for the Social Enterprise Alpesh Doshi, Fintricity Information Age Social&Mobile Business Conference Tuesday 31st January 2012.
Chapter © 2012 Pearson Education, Inc. Publishing as Prentice Hall.
Effective User Services for High Performance Computing A White Paper by the TeraGrid Science Advisory Board May 2009.
By Crystal Mosley 1. Need Collaboration and sharing information Global diversity Flexibility and convenience Common work and storage space 2.
Web 2.0: An Introduction 許輝煌 淡江大學資訊工程系 NUK.
Mobile Topic Maps for e-Learning John McDonald & Darina Dicheva Intelligent Information Systems Group Computer Science Department Winston-Salem State University,
Save time. Reduce costs. Find and reuse interoperability solutions on Joinup for developing European public services Nikolaos Loutas
DIY Research Data Management Training Kit for Librarians Data sharing Anne Donnelly Liaison Librarian College of Medicine & Veterinary Medicine College.
Emerging Semantic Web Commercialization Opportunities Ken Baclawski Northeastern University.
Ontology Summit2007 Survey Response Analysis -- Issues Ken Baclawski Northeastern University.
ApplicationsApplications Mills Davis Ana Cristina Garcia Peter Mika Gerti Orthofer Giovanni Sacco Maria A. Wimmer (Moderator)
Recommendation of the OECD Council for enhanced access and more effective use of public sector information 11 th Meeting of the PSI Group European Commission.
Integrated Collaborative Information Systems Ahmet E. Topcu Advisor: Prof Dr. Geoffrey Fox 1.
Linked-data and the Internet of Things Payam Barnaghi Centre for Communication Systems Research University of Surrey March 2012.
WIPO – IP and Creative SMEs in the Digital Environment Copyright and the Participative Web Prof. Dr. Martin Senftleben VU University Amsterdam Geneva,
The Open Connected TV (OCTV) project 2011/08/28. Connected TV: dream and reality The dream Connected TV: the means to provide the much sought- after convergence.
EU Project proposal. Andrei S. Lopatenko 1 EU Project Proposal CERIF-SW Andrei S. Lopatenko Vienna University of Technology
The Brain Project – Building Research Background Part of JISC Virtual Research Environments (Phase 3) Programme Based at Coventry University with Leeds.
Reading Discussions Metcalfe’s Law paper What is metcalfe’s Law? Examples from the Web? How can we utilize it? How semantics contribute to social networks,
Future Learning Landscapes Yvan Peter – Université Lille 1 Serge Garlatti – Telecom Bretagne.
LEGAL ASPECTS OF DIGITAL LIBRARIES By TALWANT SINGH ADDL DISTT. & SESSIONS JUDGE; DELHI.
W HAT IS I NTEROPERABILITY ? ( AND HOW DO WE MEASURE IT ?) INSPIRE Conference 2011 Edinburgh, UK.
The Impact of Open Source Software on Competition on Software Markets Jens Mundhenke Kiel Institute for World Economics Baltic IT&T 2005 Forum Seminar.
A Context Model based on Ontological Languages: a Proposal for Information Visualization School of Informatics Castilla-La Mancha University Ramón Hervás.
WP1: IP charter Geneva – 23rd June 2009 Contribution from CERN.
Semantic Web: The Future Starts Today “Industrial Ontologies” Group InBCT Project, Agora Center, University of Jyväskylä, 29 April 2003.
NGCWE Expert Group EU-ESA Experts Group's vision Prof. Juan Quemada NGCWE Expert Group IST Call 5 Preparatory Workshop on CWEs 13th.
Leveraging Web 2.0 for Prelicensure Education A Presentation for the 2009 CNIA Conference Christine A. Hudak, Ph.D., RN-BC, CPHIMS Case Western Reserve.
Enabling the Future Service-Oriented Internet (EFSOI 2008) Supporting end-to-end resource virtualization for Web 2.0 applications using Service Oriented.
6. Protocol Standardization for IoT 1.  TCP/IP  HTML and HTTP  The difference between the Internet and the World Wide Web The Internet is the term.
Digital Libraries1 David Rashty. Digital Libraries2 “A library is an arsenal of liberty” Anonymous.
16/11/ Semantic Web Services Language Requirements Presenter: Emilia Cimpian
SDMX IT Tools Introduction
Responsible Data Use: Copyright and Data Matthew Mayernik National Center for Atmospheric Research Version 1.0 Review Date.
Foundational Program Overview September  2004 Copyright RosettaNet. RosettaNet Foundational Programs Program Overview ProgramPhase InvestigateDesignImplement.
THE SEMANTIC WEB By Conrad Williams. Contents  What is the Semantic Web?  Technologies  XML  RDF  OWL  Implementations  Social Networking  Scholarly.
The Semantic Web. What is the Semantic Web? The Semantic Web is an extension of the current Web in which information is given well-defined meaning, enabling.
A Portrait of the Semantic Web in Action Jeff Heflin and James Hendler IEEE Intelligent Systems December 6, 2010 Hyewon Lim.
Workshop on OSS with TT perspectives Meeting of the TT Network Board and Steering Committee Friday 10 December 2010 Bernard DENIS.
User Tagging By Graham Fox, Tiffany Johnson, Sarah Toll, and Matthew Upson.
5/29/2001Y. D. Wu & M. Liu1 Content Management for Digital Library May 29, 2001.
© 2007 IBM Corporation IBM Software Strategy Group IBM Google Announcement on Internet-Scale Computing (“Cloud Computing Model”) Oct 8, 2007 IBM Confidential.
A Semi-Automated Digital Preservation System based on Semantic Web Services Jane Hunter Sharmin Choudhury DSTC PTY LTD, Brisbane, Australia Slides by Ananta.
Working with Individual and Organizational Knowledge Introduction.
Sharing Anxiety: Do Legal Obligations and Open Standards Help?
knowledge organization for a food secure world
Australian and New Zealand Metadata Working Group
Presentation transcript:

Sharing Information on the Semantic Web: Unresolved Legal Issues Pierre-Paul Lemyre

Sharing Information on the Semantic Web: Unresolved Legal Issues The Internet Originates in research (not commercial venture) ‏ Access is its driving force (not property) ‏ Framed in the architecture of the network  Open Standards  Open Source Software (OSS) ‏

Sharing Information on the Semantic Web: Unresolved Legal Issues The Internet Why does it works?

Sharing Information on the Semantic Web: Unresolved Legal Issues OSS Motives to produce OSS  Ethical / policy reasons  Increase the speed of market adoption  Non-monetary incentives  Co-create and appropriate value By building on previous works By integrating external contributions

Sharing Information on the Semantic Web: Unresolved Legal Issues OSS Each contributor is adding to the pool of knowledge available to all This knowledge is more valuable than what any contributor can achieve individually Not new phenomenon (science, music, education,...) ‏

Sharing Information on the Semantic Web: Unresolved Legal Issues OSS What the success of OSS makes us see clearly  In a networked world, centralized corporate production is not the only viable model  Distributed production by users sometime equals and surpass it

Sharing Information on the Semantic Web: Unresolved Legal Issues OSS - Legal Framework Collaborative development existed before  Under informal agreements  Under contractual schemes OSS licences created a favorable legal environment  By favoring reciprocity (BSD) ‏  By securing openness (GPL) ‏

Sharing Information on the Semantic Web: Unresolved Legal Issues OSS - Legal Framework Is it applicable only to software?

Sharing Information on the Semantic Web: Unresolved Legal Issues

Collaborative Initiatives Extensive use of Web services facilitating mass collaboration  Rich Internet applications  Web forums  Blogs  Wikis  Folksonomies (Social tagging) ‏

Sharing Information on the Semantic Web: Unresolved Legal Issues Collaborative Initiatives Web-as-participation-platform  Architecture of participation  Users become producers  Collective intelligence Business revolution = Web 2.0

Sharing Information on the Semantic Web: Unresolved Legal Issues Collaborative Initiatives - Legal Framework Adaptation of OSS licences  GNU Free Documentation Licence  OpenContent Licence  Creative Commons (CC) ‏  Domain specific licences (AEShareNet - Free for Education) ‏

Sharing Information on the Semantic Web: Unresolved Legal Issues Collaborative Initiatives - Legal Framework Extended the favorable environment to all types of freely accessible information  By specifying the applicable reuse conditions (no permission required) ‏  By clarifying the spectrum of potential rights  By standardizing the licensing process and making automated retrieval possible (CC) ‏

Sharing Information on the Semantic Web: Unresolved Legal Issues Collaborative Initiatives - Legal Framework What is the next step?

Sharing Information on the Semantic Web: Unresolved Legal Issues Aggregative Initiatives Collaborative initiatives developed independently from each other  Vertical information flow (Information silos) ‏ Accessibility & reusability of information call for reciprocity between them and other sources of information  Horizontal information flow (seamless interoperability) ‏

Sharing Information on the Semantic Web: Unresolved Legal Issues Aggregative Initiatives Technical solutions are available  Heuristic (text-recognition) ‏  Data modeling (XML, RDF) ‏  Syndication technologies (RSS) ‏  Ontologies (OWL) ‏

Sharing Information on the Semantic Web: Unresolved Legal Issues Aggregative Initiatives Web understandable by computers  Data get a meaning  Dynamic discovery, composition and execution  Layers of services Evolution in progress = Semantic Web (Giant Global Graph) ‏

Sharing Information on the Semantic Web: Unresolved Legal Issues Aggregative Initiatives W3C approach  Annotate the Web (full semantics) ‏  Limited to the academic field Industry approach  Leverage on accessible information (limited semantics) ‏  Pragmatic applications

Sharing Information on the Semantic Web: Unresolved Legal Issues

Aggregative Initiatives Limitations of current implementation  Information sources are limited (owned or preselected) ‏  No reproduction of information (only links) ‏  Avoid personal information

Sharing Information on the Semantic Web: Unresolved Legal Issues

Aggregative Initiatives - Legal Framework Current legal obstacles to the aggregation of freely accessible information  Fragmentation of rights  Privacy concerns

Sharing Information on the Semantic Web: Unresolved Legal Issues Aggregative Initiatives - Legal Framework Successful and complete implementation is not just a technology issue

Sharing Information on the Semantic Web: Unresolved Legal Issues Issue #1 Fragmentation of Rights Rights are fragmented  By reuse conditions  By jurisdictions  By formats / domains Scalable to the smallest element (website > webpage > data) ‏

Sharing Information on the Semantic Web: Unresolved Legal Issues Issue #1 Fragmentation of Rights Not a new problem  Request to limit the proliferation of OSS licences (FSF) ‏  Tentative to standardize licensing (CC) ‏ Not fundamental as long as humans are in charge of the reuse of information

Sharing Information on the Semantic Web: Unresolved Legal Issues Issue #1 Fragmentation of Rights The success of aggregative initiatives will require computers to automatically  Retrieve applicable licences  Resolve their respective terms  Select information with adequate conditions for the anticipated reuse

Sharing Information on the Semantic Web: Unresolved Legal Issues Issue #1 Fragmentation of Rights Standardization under CC is helping  Embedded licence information ease their retrieval  Computer readable version ease their resolution  Standardized terminology and low number ease the selection

Sharing Information on the Semantic Web: Unresolved Legal Issues Issue #1 Fragmentation of Rights But it is a partial solution  Most content is not CC licensed  Copyright holders have the right to attach alternative conditions to their content  CC is not automatically accepting any new licence proposal Example of difficulties  Wikipedia vs Google “Usage rights” feature

Sharing Information on the Semantic Web: Unresolved Legal Issues Issue #1 Fragmentation of Rights A higher level resolution mechanism is required

Sharing Information on the Semantic Web: Unresolved Legal Issues Solution #1 A Global Licences Repository? A database of licences and the conditions attached to them A standardized approach to licences resolution and selection (expand CC model?) ‏ A Web service that can be queried by users and computers

Sharing Information on the Semantic Web: Unresolved Legal Issues Solution #1 A Global Licences Repository? Issues that need to be addressed  Unlimited number of reuse conditions  Format and domain specific restrictions  Internationalization  Versioning of licences  Compatibility between licences (relicensing) ‏

Sharing Information on the Semantic Web: Unresolved Legal Issues Solution #1 A Global Licences Repository? Possible solutions  Organizing conditions and restrictions into groups or categories?  Managing licences at the lowest possible level and associating related ones?  Limiting the designation of compatibility to the most common licences?

Sharing Information on the Semantic Web: Unresolved Legal Issues Solution #1 A Global Licences Repository? A successful implementation requires  Promotion and large-scale adoption of a standard tagging model for information  Involvement of a community of users in feeding and updating the database  Transparency and quality control procedures generating trust in the system

Sharing Information on the Semantic Web: Unresolved Legal Issues Solution #1 A Global Licences Repository? A successful implementation requires  Scalability insuring efficient interactions at every level of development  Provision of outputs in a large range of standardized formats  Provision of simple communication tools facilitating interactions with the repository

Sharing Information on the Semantic Web: Unresolved Legal Issues Solution #1 A Global Licences Repository? Architecture  Based on open standards and OSS to distribute the development  Use of collaborative technologies to distribute the management  Use of aggregative technologies to promote exploitation and reuse

Sharing Information on the Semantic Web: Unresolved Legal Issues Issue #2 Privacy Concerns Freely accessible information can include sensible data  Nominative, lifestyle, Internet use, medical, workplace information Do granting a right to reuse imply a total renunciation to privacy?

Sharing Information on the Semantic Web: Unresolved Legal Issues Issue #2 Privacy Concerns Privacy expectations are aligned on the original context of accessibility The aggregation of distributed information can alter it  By changing the audience (size, type) ‏  By changing the usage  By associating information from diverse sources

Sharing Information on the Semantic Web: Unresolved Legal Issues Issue #2 Privacy Concerns Respectful players  Are impeded by the uncertainties about privacy expectations Non-respectful players  Are encouraged by the difficulty to detect unethical reuse (where information is not crawled) ‏

Sharing Information on the Semantic Web: Unresolved Legal Issues Issue #2 Privacy Concerns Not a new problem  P3P  Access options of social networking websites (share with friends > other users > the Web) ‏ Not fundamental as long as large-scale automatic aggregation is not possible

Sharing Information on the Semantic Web: Unresolved Legal Issues Issue #2 Privacy Concerns A standardized model for privacy management is required

Sharing Information on the Semantic Web: Unresolved Legal Issues Solution #2 Privacy Tagging A technique for users to specify their expected degree of privacy for information they make accessible  Mix as you like  Do not mix with my personal data  Do not mix with the personal data of others  Do not mix

Sharing Information on the Semantic Web: Unresolved Legal Issues Solution #2 Privacy Tagging Possible solutions  A CC approach to privacy?  Development of an independent standard or integration with copyright licensing?  Limitation to the most basic conditions?  Compliance is evaluated according to applicable privacy laws?

Sharing Information on the Semantic Web: Unresolved Legal Issues Solution #2 Privacy Tagging A successful implementation requires  Simplicity to understand  Simplicity to technically integrate  Complementary efforts to promote the adoption of effective privacy laws

Sharing Information on the Semantic Web: Unresolved Legal Issues Conclusion Facilitating the sharing of information is the core function of the Internet  Not just about a more equitable distribution  Also about boosting the production of knowledge

Sharing Information on the Semantic Web: Unresolved Legal Issues Conclusion Less obstacles to the sharing of information = more opportunities  Innovative services  Knowledge products Benefits  Individuals and groups  Businesses

Sharing Information on the Semantic Web: Unresolved Legal Issues Conclusion Technology  OSS  Web 2.0  Giant Global Graph Legal framework  Copyleft  CC  ?

Sharing Information on the Semantic Web: Unresolved Legal Issues Conclusion Finding solutions to the current legal obstacles is fundamental to the success of the next generation technology

Sharing Information on the Semantic Web: Unresolved Legal Issues Merci pour votre présence! Pierre-Paul Lemyre Icons by