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ISO 22126:2025

ISO 22126:2025 Financial services – Semantic technology – Part 2: OWL representation of the ISO 20022 metamodel and e-repository

CDN $312.00

SKU: b505df0536bf Categories: ,

Description

This document is concerned with the representation of the ISO 20022 e-Repository contents in RDF and OWL by developing a case study around the ISO 20022 auth.016 sample message (hereafter simply referred to as “auth.016”). This includes: 

a)       transformation of the sample message into an RDF instance graph; 

b)       demonstrating a set of SPARQL rules that transform the auth.016 message into a FIX TradeCaptureReport(35=AE) message (hereafter simply referred to as “FIX AE”);

c)        expressing the metamodel, business components and message components exactly with a custom RDF vocabulary;

d)       representing those schemas as OWL schemas using OWL vocabulary when possible and annotation properties otherwise;

e)       creating instance graphs for the auth.016 sample messaging using the vocabulary of the business components and message components.

This document also discusses the choices that arise in structuring RDF documents equivalent to documents in XML, and FIX Tag-Value format balancing considerations such as preserving the order of parts of the message versus creating graphs that are suitable for RDFS and OWL inference.

Edition

1

Published Date

2025-01-08

Status

PUBLISHED

Pages

45

Language Detail Icon

English

Format Secure Icon

Secure PDF

Abstract

This document is concerned with the representation of the ISO 20022 e-Repository contents in RDF and OWL by developing a case study around the ISO 20022 auth.016 sample message (hereafter simply referred to as “auth.016”). This includes: 

a)       transformation of the sample message into an RDF instance graph; 

b)       demonstrating a set of SPARQL rules that transform the auth.016 message into a FIX TradeCaptureReport(35=AE) message (hereafter simply referred to as “FIX AE”);

c)        expressing the metamodel, business components and message components exactly with a custom RDF vocabulary;

d)       representing those schemas as OWL schemas using OWL vocabulary when possible and annotation properties otherwise;

e)       creating instance graphs for the auth.016 sample messaging using the vocabulary of the business components and message components.

This document also discusses the choices that arise in structuring RDF documents equivalent to documents in XML, and FIX Tag-Value format balancing considerations such as preserving the order of parts of the message versus creating graphs that are suitable for RDFS and OWL inference.

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