InterParty Functional Requirements A presentation to the final InterParty Seminar The Hague 13 June 2003 David Martin.

Slides:



Advertisements
Similar presentations
Ontology Assessment – Proposed Framework and Methodology.
Advertisements

IDF Open Meeting 2008: Resource Access for a Digital World International DOI Foundation Brussels, June
Doi> DOI – new applications panel IDF Annual Members meeting Bologna 2005.
Codifying Directors Duties John Birds. Background Law Commission Report 1999 Law Commission Report 1999 Steering Group of Company Law Review
© 2013 Sri U-Thong Limited. All rights reserved. This presentation has been prepared by Sri U-Thong Limited and its holding company (collectively, “Sri.
Module 5a: Authority Control and Encoding Schemes IMT530: Organization of Information Resources Winter 2007 Michael Crandall.
Easement presentation SSSI Spatial Summit SSSI Spatial Summit Land Victoria 2011 September 2011 Renato Marasco & Helen Lymbouris Disclaimer The content.
Page 1 Conflicts of Interest Peter Hughes IESBA December 2012 New York, USA.
Selection of Research Participants: Sampling Procedures
The European Union legal framework for clinical data access: The European Union legal framework for clinical data access: potential challenges and opportunities.
Managing Finance and Budgets
Introduction to Databases Transparencies
1 CS 502: Computing Methods for Digital Libraries Lecture 17 Descriptive Metadata: Dublin Core.
Common Mechanisms in UML
Employers’ Expectation for Entry-Level Catalog Librarians: What Position Announcement Data Indicate.
Property of Common Sense Privacy - all rights reserved THE DATA PROTECTION ACT 1998 A QUESTION OF PRINCIPLES Sheelagh F M.
1 Australian Newspapers Digitisation Program Development of the Newspapers Content Management System Rose Holley – ANDP Manager ANPlan/ANDP Workshop, 28.
Semantic Web Technologies Lecture # 2 Faculty of Computer Science, IBA.
Credential Provider Operational Practices Statement CAMP Shibboleth June 29, 2004 David Wasley.
Entity-Relationship modeling Transparencies
Labour Migration Policy and Management, ILO, 2005 CONTENTS OF AN OPERATIONAL BILATERAL RECRUITMENT AGREEMENT.
RDF (Resource Description Framework) Why?. XML XML is a metalanguage that allows users to define markup XML separates content and structure from formatting.
COLLECTING QUANTITATIVE DATA: Sampling and Data collection
InterParty 1 An Introduction to the InterParty Project A framework for the interoperable, unique identification of parties in e-commerce A presentation.
Chapter 3 The Relational Model Transparencies Last Updated: Pebruari 2011 By M. Arief
G17: Recordkeeping for Business Activities Carried out by Contractors Patrick Power, Manager Government Recordkeeping Programme Archives New Zealand.
IS 325 Notes for Wednesday September 18, 2013.
EPSIplus An overview John Gray Council of Property Search Organisations European Associations Meeting, Copenhagen, funded by eContentPlus.
An Overview of MPEG-21 Cory McKay. Introduction Built on top of MPEG-4 and MPEG-7 standards Much more than just an audiovisual standard Meant to be a.
Defining the project You have presented your project proposal and you have the go-ahead to start the project. Before you start you need to ensure everyone.
State Records Office of Western Australia.NET Proof of Concept Project Slideshow: Prototype Online Disposal Authority/Recordkeeping Plan System Project.
University of Toronto Department of Computer Science © Steve Easterbrook. This presentation is available free for non-commercial use with attribution.
MIS 673: Database Analysis and Design u Objectives: u Know how to analyze an environment and draw its semantic data model u Understand data analysis and.
Guide - Recordkeeping for business activities carried out by contractors Natalie Dewson Senior Advisor Government Recordkeeping Programme Archives New.
Encyclopaedia Idea1 New Library Feature Proposal 22 The Encyclopaedia.
Use of Administrative Data Seminar on Developing a Programme on Integrated Statistics in support of the Implementation of the SNA for CARICOM countries.
The Legal Agreements of the National Geospatial Digital Archive Julie Sweetkind-Singer Stanford University NDIIPP National Conference, Washington, DC June.
Module 12 Integrating Exchange Server 2010 with Other Messaging Systems.
Lecture 6 Page 1 Advanced Network Security Review of Networking Basics Advanced Network Security Peter Reiher August, 2014.
WP1: IP charter Geneva – 23rd June 2009 Contribution from CERN.
INTELLECTUAL RIGHTS AND HISTORIC CORPORA Mark Sandler University of Michigan ICOLC, March, 2003.
Ch- 8. Class Diagrams Class diagrams are the most common diagram found in modeling object- oriented systems. Class diagrams are important not only for.
DeepDive Model Dongfang Xu Ph.D student, School of Information, University of Arizona Dec 13, 2015.
Winter 2011SEG Chapter 11 Chapter 1 (Part 1) Review from previous courses Subject 1: The Software Development Process.
Ecommerce Applications 2007/8 E-Commerce Applications UK e-Commerce Regulations.
1 E-Acquisitions Workflows and Management in Alma Network Zone.
44222: Information Systems Development
Identifiers for a Digital World June 29, 2010 Patricia Payton Senior Director of Publisher Relations & Content Development
Johnny FIANDEIRO BSc Eng (Elec) LLB Afrika/Nuus/Oos-Randse-inwoners-vas-oor- dwelm-fabriek IP ASPECTS OF LOCAL.
“ ” LinkedIn for Behind Closed Doors Burnside Library located in the Burnside Civic Centre, 401 Greenhill Road, Tusmore, Adelaide, South Australia Sue.
HTBN Batches These slides are intended as a starting point for further discussion of how eTime might be extended to allow easier processing of HTBN data.
1 The Relational Data Model David J. Stucki. Relational Model Concepts 2 Fundamental concept: the relation  The Relational Model represents an entire.
Rationale Databases are an integral part of an organization. Aspiring Database Developers should be able to efficiently design and implement databases.
18 January 2006 Copenhagen ERO - TISPAN WG4 meeting
InterParty 1 InterParty: Common Metadata and Linking Public Identities A presentation to the final InterParty Seminar The Hague 13 June 2003 Robina Clayphan.
The Application of Legal Principles in Business
Configuration Management and Prince2
THE STEPS TO MANAGE THE GRID
Corporations and Trusts Law Chapter 3 Choosing a Business Structure
Choosing the Discovery Model Martin Forsberg
2. An overview of SDMX (What is SDMX? Part I)
Distributed Ledger Technology (DLT) and Blockchain
CVE.
WHAT ARE CIVIC LIFE, POLITICS, AND GOVERNMENT?
SDMX Information Model: An Introduction
Review of Week 1 Database DBMS File systems vs. database systems
Module P4 Identify Data Products and Views So Their Requirements and Attributes Can Be Controlled Learning Objectives: Understand the value of data. Understand.
Appropriate Access InCommon Identity Assurance Profiles
“Access to Natura 2000 Data” -
© 2013 Sri U-Thong Limited. All rights reserved
Presentation transcript:

InterParty Functional Requirements A presentation to the final InterParty Seminar The Hague 13 June 2003 David Martin

InterParty Functional requirements Essential first step, alongside analysis of existing schemes Undertaken, therefore, during the first and second quarters of the project Leading to a statement of the minimum functional requirements that an InterParty Network would need to support –No preconceptions at this stage as to how they should be delivered As it turned out, a process of seeking to simplify as far as possible (but no further)

InterParty Some working hypotheses InterParty is an alliance of independent bodies - InterParty Members or IPMs –Each maintains its own identification and metadata system in its own domain IPMs participate because they see benefits –From being able to see and use Common Metadata from other IPMs: data sharing –From communicating between their own domain and those of other (selected) IPMs by mapping across domains: interoperation Common Metadata includes –A certain level of metadata about “public identities” –Assertions made about relationships between public identities in different domains

InterParty Party and public identity Party –An individual or organisation involved in the creation or dissemination of intellectual property Public Identity –An identity that is associated with and is used publicly by a party (or a group of parties) Public Identity Identifier - PIDI –An identifier assigned to a public identity by an IPM and designed to be unique within the domain of that IPM: a PIDI may be a number, or it may be a controlled form of name (eg in a library name authority system) InterParty Link –An assertion about a relationship between two PIDIs in two different IPM domains - ie, between two public identities

InterParty Party and public identity Party Sensitive Not publicly known Publicly known “Party” metadata Public Identity InterParty is concerned with “public identities” not “persons” or “parties”

InterParty InterParty Links PIDI NSC: 876X54 PIDI NSA: is PIDI NSB:Brian Green

InterParty Connecting public identities IPM A, a national library –Knows the public identity “XXXXXX” as the author of a series of, let us say, highly- regarded political biographies IPM B, an authors licensing and collecting society –Knows that the rights associated with the public identity “XXXXXX” are managed by a private limited company in the Cayman Islands, as are the rights associated with seven other public identities under which the person behind “XXXXXX” has written romantic fiction –None of this sensitive information is disclosed to the InterParty Network! Only the public identities and their relationships are openly asserted

InterParty Data sharing An IPM has online access to Common Metadata –Of all other IPMs or of a chosen subgroup Purposes of online access –To help resolve uncertainties of identification within the IPM’s own domain –To download data for adding to the metadata held within the IPM’s own database –To provide the basis for creating InterParty Links It is fundamental that all IPMs must agree to allow their Common Metadata to be used in these ways

InterParty Interoperation An IPM may use InterParty Links to enable it to interoperate with another IPM or group of IPMs –Subject to the agreement of all the IPMs concerned –There can be no obligation on any IPM to support interoperation with any other IPM The InterParty Network is not intended to support specific applications involving interoperation –It will maintain the database of links and the limited functionality needed to find and download a link Individual IPMs will develop and maintain the applications that use links –It is conceivable that some might be developed co-operatively by the InterParty Network as a whole

InterParty Fundamental processes Enquiry Viewing and downloading metadata Asserting, commenting on, and authorising links Support for interoperation –Automatic mapping between two consenting IPM domains

InterParty Enquiry Enquiry is required for data sharing, for asserting links and for interoperation Enquiry by name –Typically uncontrolled, possibly incomplete –May be accompanied by other metadata –Specify the set of IPMs whose Common Metadata is to be searched Enquiry by PIDI from “own” namespace –For maintaining links and, as an automated look-up, for interoperation Enquiry by PIDI from another namespace –For following up links; and, possibly, as an automated look-up, for interoperation Enquiry by other metadata? –Usefulness depends on the consistency that can be achieved in metadata from IPMs

InterParty View and download metadata Envisaged as primarily human-to- machine processes –Restricted to authorised users from IPMs only - no third-party access Review Common Metadata returned by enquiry Follow up existing links if any Download selected content for use within own domain

InterParty Assert and authorise links Again, primarily human-to-machine processes Only the IPM that “owns” a PIDI may assert a link with a PIDI in another domain –“Inferred links” - ((A=B) and (B=C )) implies (C=A) - may be generated automatically Any IPM can add comment supporting or questioning a link For a link to be authorised for interoperation between two IPM domains, both IPMs must have endorsed it

InterParty Link relationships As simple as possible Binary only IS IS NOT (where IS might otherwise be thought likely) IS COMPLEX –Where two domains have different rules as to what constitutes a Public Identity –For example, domain A may treat Ruth Rendell and Barbara Vine as a single Public Identity, while domain B treats them as two separate Public Identities Debatable whether the live InterParty Network should attempt to be more specific about complex relationships

InterParty Support for interoperation Machine-to-machine process Send a PIDI from own domain (usually but not necessarily?), specifying target domain(s) Receive “equivalent” PIDI(s) from target domain(s) –For interoperation requiring a high degree of confidence, only authorised assertions will be regarded as showing “equivalence” Transfer received PIDI(s) to user application

InterParty In summary The functional requirement is for... An InterParty Network open only to its members... Giving each member online access to Common Metadata from all of the others (or those it chooses to work with)... Enabling each member to draw on this resource to improve its own local party identification and metadata system… Supporting assertion and maintenance of very simple links between IPM domains… And providing the means for automated mapping between IPMs that agree to interoperate.