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BS ISO/IEC 21823-3:2021:2023 Edition

BS ISO/IEC 21823-3:2021:2023 Edition

$198.66

Internet of Things (IoT). Interoperability for IoT systems – Semantic interoperability

Published By Publication Date Number of Pages
BSI 2023 50
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PDF Catalog

PDF Pages PDF Title
2 undefined
4 CONTENTS
6 FOREWORD
7 INTRODUCTION
Figures
Figure 1 – Semantic interoperability facet for IoT
8 Figure 2 – Using metadata in semantic interoperability
Figure 3 – Meaningfulness of the data, described with metadata
10 1 Scope
2 Normative references
3 Terms and definitions
11 4 Abbreviated terms
5 IoT semantic interoperability process
5.1 Overview
Figure 4 – Objective of semantic interoperability standard
12 5.2 IoT semantic interoperability process requirements
Tables
Table 1 – IoT semantic interoperability process requirements
13 5.3 IoT semantic interoperability models
Figure 5 – IoT semantic interoperability process model
14 Figure 6 – Semantic information usage model
15 5.4 IoT semantic interoperability guidelines
5.4.1 Guidelines on the capture of semantic meaning
Figure 7 – Example of structured knowledge representation
16 5.4.2 Guidelines on the integration of semantic interoperability capability
17 5.4.3 Guidelines on the support of semantic interoperability engineering
Figure 8 – Example of semantic information usage for a temperature sensor
19 Figure 9 – Example of ontology mapping
20 Figure 10 – Example of ontology alignment
Figure 11 – Example of ontology merging
21 6 IoT semantic interoperability life cycle
6.1 Life cycle requirements
Figure 12 – Example of ontology integration
22 Table 2 – Llife cycle requirements
24 6.2 Life cycle model
Figure 13 – Example of modular design
Figure 14 – Example of interoperability maturity evaluation result
25 6.3 Life cycle implementation guidelines
6.3.1 Guidelines on ontology life cycle
6.3.2 Guidelines on semantic interoperability life cycle
Figure 15 – Semantic interoperability life cycle model
Figure 16 – Example of ontology life cycle model
26 6.3.3 Guidelines on IoT system life cycle
Figure 17 – Example of interoperability specification life cycle
28 Annex A (informative)Guidance on how to learn IoT semantic interoperability
Table A.1 – Syllabus example on IoT semantic interoperability practice
29 Table A.2 – Course content for semantic interoperability practice
31 Annex B (informative)Guidance on how to develop IoT semantic interoperability
B.1 Developing semantic interoperability capabilities
B.2 Building steps
32 Table B.1 – Building steps for IoT semantic interoperability
33 Annex C (informative)Guidance on how to manage IoT semantic interoperability life cycle
C.1 Interoperability specification life cycle that supports ontologies
Table C.1 – Example of interoperability specification life cycle
34 C.2 IoT system life cycle supporting interoperability
Table C.2 – Example of IoT system life cycle
35 Annex D (informative)Ontological specification of the IoT Reference Architecture
D.1 General
D.2 Service, network, IoT device and IoT gateway
Figure D.1 – IoT entity
36 D.3 IoT-User
Figure D.2 – Service, network, IoT device and IoT gateway
Figure D.3 – IoT-User
37 D.4 Virtual entity, physical entity and IoT device
D.5 Domain-based Reference Model (RM)
Figure D.4 – Virtual entity, physical entity, and IoT device
38 Figure D.5 – Domain-based Reference Model
39 Annex E (informative)Related existing ontologies
E.1 W3C Semantic Sensor Network ontology
E.2 IoT-Lite
E.3 Open Connectivity Foundation (OCF) ontology
40 Figure E.1 – Architecture – concepts
Figure E.2 – Communication layering model
41 Figure E.3 – oneIoTa
42 Figure E.4 – OCF ontology
43 E.4 ETSI Smart Applications REFerence ontology
Figure E.5 – SAREF and its extensions
44 E.5 oneM2M Base Ontology
E.6 Sensor Model Language (SensorML)
Figure E.6 – Overview of the SAREF ontology
45 E.7 IoT-O
E.8 IoT ontology unification approach
47 Bibliography

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