BS ISO/IEC 30141:2018
$215.11
Internet of Things (IoT). Reference architecture
Published By | Publication Date | Number of Pages |
BSI | 2018 | 88 |
This document specifies a general IoT Reference Architecture in terms of defining system characteristics, a Conceptual Model, a Reference Model and architecture views for IoT.
PDF Catalog
PDF Pages | PDF Title |
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2 | undefined |
4 | CONTENTS |
8 | FOREWORD |
9 | INTRODUCTION |
10 | Figures Figure 1 – From generic Reference Architecture to context specific architecture |
11 | 1 Scope 2 Normative references 3 Terms and definitions 4 Abbreviated terms |
12 | 5 Internet of Things Reference Architecture (IoT RA) conformance 6 IoT RA goals and objectives 6.1 General |
13 | 6.2 Characteristics 6.3 Conceptual Model 6.4 Reference Model and architecture views Figure 2 – IoT RA structure |
14 | 7 Characteristics of IoT systems 7.1 General Figure 3 – RM and architecture views |
15 | 7.2 IoT system trustworthiness characteristics 7.2.1 General Tables Table 1 – Characteristics of IoT systems |
16 | 7.2.2 Availability 7.2.3 Confidentiality |
17 | 7.2.4 Integrity 7.2.5 Protection of personally identifiable information (PII) |
18 | 7.2.6 Reliability |
19 | 7.2.7 Resilience 7.2.8 Safety |
20 | 7.3 IoT system architecture characteristics 7.3.1 Composability 7.3.2 Functional and management capability separation |
21 | 7.3.3 Heterogeneity |
22 | 7.3.4 Highly distributed systems 7.3.5 Legacy support |
23 | 7.3.6 Modularity 7.3.7 Network connectivity |
24 | 7.3.8 Scalability 7.3.9 Shareability |
25 | 7.3.10 Unique identification 7.3.11 Well-defined components |
26 | 7.4 IoT system functional characteristics 7.4.1 Accuracy |
27 | 7.4.2 Auto-configuration 7.4.3 Compliance |
28 | 7.4.4 Content-awareness 7.4.5 Context-awareness |
29 | 7.4.6 Data characteristics – volume, velocity, veracity, variability and variety 7.4.7 Discoverability |
30 | 7.4.8 Flexibility |
31 | 7.4.9 Manageability 7.4.10 Network communication |
32 | 7.4.11 Network management and operation |
33 | 7.4.12 Real-time capability 7.4.13 Self-description |
34 | 7.4.14 Service subscription 8 IoT Conceptual Model (CM) 8.1 Main purpose |
35 | 8.2 Concepts in the IoT CM 8.2.1 IoT entities and domains Figure 4 – Entity and domain concepts of the CM |
36 | Figure 5 – Domain interactions of the CM |
37 | 8.2.2 Identity Figure 6 – Identity concept of the CM |
38 | 8.2.3 Services, network, IoT device and IoT gateway Figure 7 – Service, network, IoT device and IoT gateway concepts of the CM |
40 | 8.2.4 IoT-User Figure 8 – IoT-User concepts of the CM |
41 | 8.2.5 Virtual entity, Physical Entity and IoT device Figure 9 – Virtual entity, Physical Entity, and IoT device concepts of the CM |
43 | 8.3 High level view of CM Figure 10 – High level view of CM |
44 | 9 IoT Reference Model (RM) 9.1 The IoT Reference Model context 9.2 IoT RMs 9.2.1 Entity-based RM Figure 11 – Entity-based IoT RM |
46 | 9.2.2 Domain-based RM Figure 12 – Domain and entity relationship, and representative conceptual entities in IoT systems Figure 13 – Domain-based IoT RM |
48 | 9.2.3 Relation between entity-based RM and domain-based RM 10 IoT Reference Architecture (RA) views 10.1 General description Figure 14 – Relation between entity-based RM and domain-based RM |
49 | 10.2 IoT RA functional view 10.2.1 General 10.2.2 Intra-domain functional components Figure 15 – IoT RA functional view –decomposition of IoT RA functional components |
52 | 10.2.3 Cross-domain capabilities |
53 | 10.3 IoT RA system deployment view 10.3.1 General |
54 | 10.3.2 Systems/sub-systems in Physical Entity Domain (PED) 10.3.3 Systems/sub-systems in Sensing & Controlling Domain (SCD) 10.3.4 Systems/sub-systems in Application & Service Domain (ASD) Figure 16 – IoT RA system deployment view |
55 | 10.3.5 Systems/sub-systems in Operation & Management Domain (OMD) 10.3.6 Systems/sub-systems in User Domain (UD) 10.3.7 Systems/sub-systems in Resource Access & Interchange Domain (RAID) |
56 | 10.4 IoT RA networking view 10.4.1 Communications networks Figure 17 – IoT RA networking view |
57 | 10.4.2 Communication networks implementation |
58 | 10.5 IoT RA usage view 10.5.1 General description 10.5.2 Description of the roles, sub-roles and related activities |
59 | Figure 18 – Roles present when the system is in use |
61 | Figure 19 – IoT service provider sub-roles and activities |
62 | Figure 20 – IoT service developer sub-roles and activities |
63 | 10.5.3 Mapping activities, roles and IoT systems in domains Figure 21 – IoT-User sub-roles and activities |
64 | Table 2 – Overview of activities and roles |
65 | Figure 22 – Activities of device and application development |
66 | 11 IoT trustworthiness 11.1 General Figure 23 – Using device data for security-related analytics and operations |
67 | 11.2 Safety |
68 | 11.3 Security 11.3.1 General 11.3.2 IoT system Information Security Management System (ISMS) |
70 | 11.3.3 IoT system & product Security Life Cycle Reference Model |
71 | 11.4 Privacy and PII Protection Figure 24 – IoT product Security Life Cycle Reference Model |
74 | 11.5 Reliability |
75 | 11.6 Resilience |
76 | 11.7 Trustworthiness and the Reference Architecture |
78 | Annex A (informative)Interpreting UML Class diagram for Conceptual Model Figure A.1 – Generalization Figure A.2 – Association |
79 | Annex B (informative)Entity relationship tables for the CM B.1 IoT entities and domains Table B.1 – Entity Table B.2 – Domain Table B.3 – Digital Entity Table B.4 – Physical Entity Table B.5 – IoT-User |
80 | B.2 Identity B.3 Services, network, IoT device and IoT gateway Table B.6 – Network Table B.7 – Identifier Table B.8 – Endpoint Table B.9 – IoT gateway |
81 | B.4 IoT-User Table B.10 – IoT device Table B.11 – Service Table B.12 – Human user Table B.13 – Digital user |
82 | B.5 Virtual entity, Physical Entity and IoT device Table B.14 – Application Table B.15 – Sensor Table B.16 – Actuator Table B.17 – Virtual entity |
83 | Annex C (informative)Relation between CM, RMs and RAs |
84 | Figure C.1 – Relation between IoT CM, RM, and RA |
85 | Bibliography |