ISO/IEC 21823 Internet of things (IoT) - Interoperability for internet of things systems: 4 Syntactic interoperability
Gespeichert in:
| Format: | Buch |
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| Sprache: | German |
| Veröffentlicht: |
Genf
ISO International Organization for Standardization [u.a.]
2022
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| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | 43 Seiten Diagramme |
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Datensatz im Suchindex
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-2֊ ISO/IEC 21823-4:2022 © ISO/IEC 2022 CONTENTS FOREWORD.4 INTRODUCTION. 5 1 Scope. 6 2 Normative references. 6 3 Terms and definitions. 6 4 Abbreviated terms. 7 5 Principle for loT syntactic interoperability.7 5.1 General. 7 5.2 Principle for loT syntactic interoperability. 7 5.3 Relevant technologies for syntactic interoperability . 8 5.3.1 Metamodel and syntactic interoperability. 8 5.3.2 Metamodel-driven approaches supporting
interoperability issues. 9 5.4 The overall structure of the proposed approach. 9 5.5 The methodology of metamodel-driven information exchange. 10 5.6 Information exchange rules. 11 5.6.1 Categories of information exchange rules. 11 5.6.2 Information exchange rules expression.12 5.6.3 Information exchange rules expression example. 12 6 Requirements on information related to loT devices. 12 7 6.1 General. 12 6.2 General requirements on the translation rules.13 6.2.1 General. 13 6.2.2 Required intrinsic properties of physical loT devices (IPIoT). 13 6.2.3 Required extrinsic properties of physical loT devices (EPIoT). 14 6.3 General requirements on the operation rules. 15 6.3.1 Overview of mismatches between loT
systems. 15 6.3.2 Required properties and syntactic resolutions for potential loT mismatches. 17 6.3.3 Details of required properties and syntactic resolutions for potential loT mismatches. 18 A framework for loT syntactic interoperability.30 7.1 General.30 7.2 A conceptual model for dataset of operation rules (DOR). 31 7.3 Detailed procedures for a syntactic interoperability framework. 31 7.3.1 Procedure A to prepare the required properties and resolutions.31 7.3.2 Procedure В to create information exchange rules (DIER).32 7.3.3 Procedure C to execute the information exchange rules and check the result. 32 Annex A (informative) Properties for physical loT devices and data. 33 A.1 Intrinsic properties of physical loT devices. 33 A.2 Extrinsic properties of physical loT
devices. 35 Annex В (informative) A use case. 37 B.1 General. 37 B.2 The use case overview: Connected car and vehicle in smart city.37 B.3 A scenario of this use case. 38 B.3.1 The architecture of this use case. 38
ISO/IEC 21823-4:2022 © ISO/IEC 2022 -3- Scenario: Data exchange between a connected car and a traffic management system (TMS) 38 В.4 Examples used in this use case. 39 B.4.1 General. 39 B.4.2 Illustrated example files and their relationships.40 Annex C (informative) Other metamodel definitions . 41 В.3.2 Bibliography. 42 Figure 1 - The overall structure of the proposed approach. 9 Figure 2 - Model hierarchies and metamodel-driven informationexchange rules.10 Figure 3 - Categories of information exchange rules. 11 Figure 4 - Excerpted information exchange rules for Annex В. 12 Figure 5 - Classifications of requirements on information related to loT devices. 13 Figure 6-А procedure for mismatch detection and resolution. 16 Figure 7 - An example of mismatch detection and resolution.17 Figure 8-А framework for
processes on developing information exchange rules related to loT devices from the syntactic viewpoint. 30 Figure 9 - An excerpted conceptual model of DOR (dataset of operationrules).31 Figure 10 - Steps of Procedure A. 32 Figure B.1 - Overall view of use case 1. 37 Figure B.2 - Architecture of connected car and vehicle in smart city usecase. 38 Figure B.3 - Information exchange between a car and a TMS. 38 Figure B.4 - Relationships of example files for this use case. 40 Table 1 - Required intrinsic properties of physical loT devices. 14 Table 2 - Required extrinsic properties of physical loT devices. 15 Table 3 - Required properties and resolutions for potential loT mismatches. 18 Table 4 - Mismatchi: Synchronization mismatch. 19 Table 5 - Mismatch2: Sampling frequency mismatch. 20 Table 6 - Mismatch3: Location mismatch. 21 Table 7 -
Mismatch4: Data recording pattern mismatch. 22 Table 8 - Mismatch5: Precision mismatch. 23 Table 9 - Mismatch6: Significant figure mismatch.24 Table 10 - Mismatch7:Range mismatch.25 Table 11 - Mismatch8: Calibration mismatch.26 Table 12 - Mismatch9: Response time mismatch. 27 Table 13 - MismatchlO: Acquisition status mismatch. 28 Table 14 - Mismatchi 1 : Unit mismatch. 29 Table A.1 - Intrinsic properties of physical loT devices. 33 Table A.2 - Extrinsic properties of physical loT devices.36 Table C.1 - Definitions of metamodel in various resources. 41 |
| adam_txt |
-2֊ ISO/IEC 21823-4:2022 © ISO/IEC 2022 CONTENTS FOREWORD.4 INTRODUCTION. 5 1 Scope. 6 2 Normative references. 6 3 Terms and definitions. 6 4 Abbreviated terms. 7 5 Principle for loT syntactic interoperability.7 5.1 General. 7 5.2 Principle for loT syntactic interoperability. 7 5.3 Relevant technologies for syntactic interoperability . 8 5.3.1 Metamodel and syntactic interoperability. 8 5.3.2 Metamodel-driven approaches supporting
interoperability issues. 9 5.4 The overall structure of the proposed approach. 9 5.5 The methodology of metamodel-driven information exchange. 10 5.6 Information exchange rules. 11 5.6.1 Categories of information exchange rules. 11 5.6.2 Information exchange rules expression.12 5.6.3 Information exchange rules expression example. 12 6 Requirements on information related to loT devices. 12 7 6.1 General. 12 6.2 General requirements on the translation rules.13 6.2.1 General. 13 6.2.2 Required intrinsic properties of physical loT devices (IPIoT). 13 6.2.3 Required extrinsic properties of physical loT devices (EPIoT). 14 6.3 General requirements on the operation rules. 15 6.3.1 Overview of mismatches between loT
systems. 15 6.3.2 Required properties and syntactic resolutions for potential loT mismatches. 17 6.3.3 Details of required properties and syntactic resolutions for potential loT mismatches. 18 A framework for loT syntactic interoperability.30 7.1 General.30 7.2 A conceptual model for dataset of operation rules (DOR). 31 7.3 Detailed procedures for a syntactic interoperability framework. 31 7.3.1 Procedure A to prepare the required properties and resolutions.31 7.3.2 Procedure В to create information exchange rules (DIER).32 7.3.3 Procedure C to execute the information exchange rules and check the result. 32 Annex A (informative) Properties for physical loT devices and data. 33 A.1 Intrinsic properties of physical loT devices. 33 A.2 Extrinsic properties of physical loT
devices. 35 Annex В (informative) A use case. 37 B.1 General. 37 B.2 The use case overview: Connected car and vehicle in smart city.37 B.3 A scenario of this use case. 38 B.3.1 The architecture of this use case. 38
ISO/IEC 21823-4:2022 © ISO/IEC 2022 -3- Scenario: Data exchange between a connected car and a traffic management system (TMS) 38 В.4 Examples used in this use case. 39 B.4.1 General. 39 B.4.2 Illustrated example files and their relationships.40 Annex C (informative) Other metamodel definitions . 41 В.3.2 Bibliography. 42 Figure 1 - The overall structure of the proposed approach. 9 Figure 2 - Model hierarchies and metamodel-driven informationexchange rules.10 Figure 3 - Categories of information exchange rules. 11 Figure 4 - Excerpted information exchange rules for Annex В. 12 Figure 5 - Classifications of requirements on information related to loT devices. 13 Figure 6-А procedure for mismatch detection and resolution. 16 Figure 7 - An example of mismatch detection and resolution.17 Figure 8-А framework for
processes on developing information exchange rules related to loT devices from the syntactic viewpoint. 30 Figure 9 - An excerpted conceptual model of DOR (dataset of operationrules).31 Figure 10 - Steps of Procedure A. 32 Figure B.1 - Overall view of use case 1. 37 Figure B.2 - Architecture of connected car and vehicle in smart city usecase. 38 Figure B.3 - Information exchange between a car and a TMS. 38 Figure B.4 - Relationships of example files for this use case. 40 Table 1 - Required intrinsic properties of physical loT devices. 14 Table 2 - Required extrinsic properties of physical loT devices. 15 Table 3 - Required properties and resolutions for potential loT mismatches. 18 Table 4 - Mismatchi: Synchronization mismatch. 19 Table 5 - Mismatch2: Sampling frequency mismatch. 20 Table 6 - Mismatch3: Location mismatch. 21 Table 7 -
Mismatch4: Data recording pattern mismatch. 22 Table 8 - Mismatch5: Precision mismatch. 23 Table 9 - Mismatch6: Significant figure mismatch.24 Table 10 - Mismatch7:Range mismatch.25 Table 11 - Mismatch8: Calibration mismatch.26 Table 12 - Mismatch9: Response time mismatch. 27 Table 13 - MismatchlO: Acquisition status mismatch. 28 Table 14 - Mismatchi 1 : Unit mismatch. 29 Table A.1 - Intrinsic properties of physical loT devices. 33 Table A.2 - Extrinsic properties of physical loT devices.36 Table C.1 - Definitions of metamodel in various resources. 41 |
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| spelling | ISO/IEC 21823 Internet of things (IoT) - Interoperability for internet of things systems 4 Syntactic interoperability ISO International Organization for Standardization ... Genf ISO International Organization for Standardization [u.a.] 2022 43 Seiten Diagramme txt rdacontent n rdamedia nc rdacarrier Internationale Organisation für Normung Sonstige (DE-588)1008314-5 oth (DE-604)BV049104882 4 Digitalisierung UB Passau - ADAM Catalogue Enrichment application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=034366356&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | ISO/IEC 21823 Internet of things (IoT) - Interoperability for internet of things systems |
| title | ISO/IEC 21823 Internet of things (IoT) - Interoperability for internet of things systems |
| title_auth | ISO/IEC 21823 Internet of things (IoT) - Interoperability for internet of things systems |
| title_exact_search | ISO/IEC 21823 Internet of things (IoT) - Interoperability for internet of things systems |
| title_exact_search_txtP | ISO/IEC 21823 Internet of things (IoT) - Interoperability for internet of things systems |
| title_full | ISO/IEC 21823 Internet of things (IoT) - Interoperability for internet of things systems 4 Syntactic interoperability ISO International Organization for Standardization ... |
| title_fullStr | ISO/IEC 21823 Internet of things (IoT) - Interoperability for internet of things systems 4 Syntactic interoperability ISO International Organization for Standardization ... |
| title_full_unstemmed | ISO/IEC 21823 Internet of things (IoT) - Interoperability for internet of things systems 4 Syntactic interoperability ISO International Organization for Standardization ... |
| title_short | ISO/IEC 21823 Internet of things (IoT) - Interoperability for internet of things systems |
| title_sort | iso iec 21823 internet of things iot interoperability for internet of things systems syntactic interoperability |
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