1. Developments in ISO TC184/SC4 exchanging catalogues using XML
4. July 2006, Eindhoven Nikolaus Ondracek
3(Eindhoven/Ondracek)5

2. ISO 22745 – Open Technical Dictionary
Part 1- Overview
Part 10 – Dictionary Data Model
Part 11 – Guidelines for the formulation of cataloging terminology
Part 13 – Identification
Part 14 – Web Service for Identifier Resolution
Part 20 – Procedures for the maintenance of an Open Technical Dictionary
Part 30 – Identification Guide
Part 40 – Catalogue Exchange Formats
Part 50 – Registration Procedure

3. ISO 8000 Part 1: Overview Part 2: Terminology
Part 50:        Information quality management systems
Part 100:     Catalogue quality – Overview
Part 110:      Catalogue quality -- Syntax and semantics
Part 120:      Catalogue quality – Completeness
Part 130:      Catalogue quality – Accuracy
Part 140:      Catalogue quality – Reporting
Part 150:      Catalogue quality management systems

4. ISO (OntoML)
ISO (OntoML) will contain only dictionary
no instances Exchange contained
Based on ISO ed2
CD ballot during July 06

5. ISO 13584-35 (Spreadsheet Parceling Format)
Initiative of Toshiba and Paradine
Exchange Dictionary and Instances based on EXCEL representation
NWI ballot during July 06

6. New Standard as common Ressource for ISO 22745 and ISO 13584
Part 10 – Common PLIB-OTD Catalogue Exchange Format
ISO will pick needed ressources
ISO will pick needed ressources
Part 20 – Web Service for the resolution of concept identifiers in reference dictionaries
Foundation for ISO and ISO 13584

7. ISO Meeting Toulouse, France, June 2006
Web Service for the resolution of concept identifiers in reference dictionaries
ISO Meeting Toulouse, France, June 2006
Nikolaus Ondracek
Marius Oancea
Wolfgang Wilkes

8. Unique Reference Mechanism
to resolve an indentifier to the terminology
to develop mechanisms allowing to use reference data dictionaries, either terminological or in particular product ontologies dealing with product characterization from any data processing context to describe the meaning of values in ebusiness exchange processes
ensure that using applications do not have to care about which organization acts as dictionary provider and where a dictionary provider is geographically located
The reference mechanism shall comply to ISO/IEC
Identifiers shall be assigned in accordance with ISO/IEC

9. Different Levels for Resolving Requests
Requirements
Localisation
multi-lingual
localized character-sets
Different Levels for Resolving Requests
allow organizations to provide reference dictionaries tailored to their need
disconnect ontology providers from terminological providers, since many requests are served by terminological providers

10. Distributed Architecture
Requirements
Distributed Architecture
Allow easy access for providers
Do not exclude any reference dictionary/ontology provider
Ensure availability of service
Ensure Performance for queries
Allow distributed maintenance procedures

11. Requirements Support of different dictionary standards
based on this reference mechanism, to define generic protocols allowing to perform information retrieval from any kind of product characterization ontologies, whatever be their underlying data model (e.g., ISO13584, ISO TS xx OWL, DAML,..…).
Allow different business models
No constraints on business models for operation of the services shall be made
Independent from dictionary maintenance model
The service shall be applicable to various maintenance models

12. Source Organization Service (SOS)
SOS resolver
(dispatch)
Application
1. Q: Who is?
2. A: Server 1
3. Dialog: Concept dictionary
query
Server 2
Server 1

13. Solving terminology entry (CNS)
1. Who is org ABC
SOS server
2. Org TXTXTX. CNS=http…(A), ONS=http…(B)
Clients
3. lookupTerm
4. Term
CNS Server (A)

14. Extracting ontology information (ONS)
1. Who is org ABC
SOS server
2. Org TXTXTX. CNS=http…(A), ONS=http…(B)
Clients
3. SearchConcept (search query, conformance standard)
4. [0..n] items (according standard)
ONS Server (B)