BSI PD IEC SRD 63456:2023
$167.15
Navigation tools for smart manufacturing
Published By | Publication Date | Number of Pages |
BSI | 2023 | 38 |
PDF Catalog
PDF Pages | PDF Title |
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2 | undefined |
4 | CONTENTS |
6 | FOREWORD |
8 | INTRODUCTION |
9 | 1 Scope 2 Normative references 3 Terms and definitions |
10 | 4 Abbreviated terms |
11 | 5 Navigation tool 5.1 Objective 5.2 Definition 5.3 Expected value 5.4 Related information 6 Relationships among related activities developing IT tools in IEC 6.1 General |
12 | 6.2 Categorization of functionalities 7 Requirements for navigation tools Figures Figure 1 – Example of an assumed IEC service system configuration |
13 | Tables Table 1 – Functional requirements of navigation tools Table 2 – Non-functional requirements of navigation tools |
14 | Table 3 – Expectations for interfaces between navigation toolsand domain-neutral functionalities |
15 | Annex A (informative)Unified Reference Model – Map and Methodology (URM-MM) A.1 Background A.2 Overview Figure A.1 – Unified Reference Model – Map and Methodology (URM-MM) |
16 | A.3 Usage A.4 Practical use case |
17 | Figure A.2 – Diagram of Canvas of an example productionsystem with dynamic optimization Figure A.3 – Diagram of Use-case of an example productionsystem with dynamic optimization |
18 | Figure A.4 – Diagram of Function of an example productionsystem with dynamic optimization |
19 | Figure A.5 – Diagram of Data of an example productionsystem with dynamic optimization (first half) |
20 | A.5 Illustration of relevant international standards mapping Figure A.6 – Diagram of Data of an example productionsystem with dynamic optimization (second half) |
21 | Figure A.7 – Example of “Canvas” mapping of relevant International Standards |
22 | Figure A.8 – Example of “Data” mapping of relevant International Standards |
23 | Annex B (informative)Smart Grid Standards Map B.1 Overview |
24 | B.2 Usage Figure B.1 – Architecture view of Smart Grid Standards Map |
25 | Annex C (informative)Examples of maps developed using the Mapping Platform C.1 Overview C.2 IEC 61850 Figure C.1 – Collection of released maps as developed using the Mapping Platform |
26 | C.3 Cybersecurity publications inventory Figure C.2 – Draft IEC 61850 map |
27 | C.4 TC 5 standards inventory Figure C.3 – Draft ACSEC map |
28 | C.5 Smart grid map Figure C.4 – Draft TC 5 standards inventory Figure C.5 – Smart grid map |
29 | Annex D (informative)Example of practical development scheme of IT tool D.1 General D.2 Discussion on digital transformation at IEC Figure D.1 – The SMB Ad-Hoc Groups (as of 2020-10-21) |
30 | D.3 Mapping Platform supporting the development of mapping tools D.3.1 General Figure D.2 – Organization of SG 12 recommended by ahG 86 [2] |
31 | D.3.2 Technology overview Figure D.3 – Examples of visual representations of objects |
32 | D.3.3 Project overview Figure D.4 – Example of use of objects and links Figure D.5 – Example of the use of a tab and its elements |
33 | Figure D.6 – Management structure of masterplan implementation plans Table D.1 – Timetable of the Mapping Platform project |
34 | Annex E (informative)Investigation of requirements of IT platforms E.1 Two development phases of an IT tool E.2 Analysis between navigation tools and applications based on the Mapping Platform Table E.1 – A comparison result between navigation tools [NT]and applications based on the Mapping Platform [MP] |
35 | E.3 Functionality required in the IT platform for the navigation tools Figure E.1 – Hypothesis of relationship between the Mapping Platformand activities in SyCs Table E.2 – Mapping Platform analysis results for navigation tool implementation |
36 | E.4 Responsibility Table E.3 – Analysis of responsible committees for software componentsduring four phases |
37 | Bibliography |