BS ISO 26683-1:2013
$215.11
Intelligent transport systems. Freight land conveyance content identification and communication – Context, architecture and referenced standards
Published By | Publication Date | Number of Pages |
BSI | 2013 | 92 |
This part of ISO 26683 provides the context for application interface profiles for the exchange of land transport data using current technologies and existing standards for item identification, package identification, container identification, and international standards and practices regarding freight and its movement.
This part of ISO 26683 provides:
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a context of the relationship between the ISO 26683 series and other freight and fleet standards and defines the objectives for the ISO 26683 series. The explanation is provided as to how existing International Standards and Technical Specifications can be utilized to agglomerate/aggregate data concepts by using standardised application interface profiles within the context of ISO 26683 and how ISO 26683 can be used to provide information/data to cargo management systems.
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descriptions of use cases of providing information to cargo tracking and tracing in end-to-end transport by exploiting identifiers, data carriers, EDI messages and data elements with respect to various types of cargo and transport means within an international intermodal/multimodal cargo movement context.
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an architecture for the collation and transfer of data agglomerated/aggregated from information contained in the transport load to transport operating systems, with the objective being to enable efficient handling of truck/trailer identification and on-board cargo information for tracking, tracing and cargo monitoring purposes in a land cargo transport situation.
NOTE ISO 26683 is designed to present information on end-to-end cargo application systems; it does not provide end to end (consignor to consignee) system design.
This part of ISO 26683 is the first part of a multi-part series which provides context, high level architecture and a list of referenced standards used for all parts of the ISO 26683 series of deliverables.
PDF Catalog
PDF Pages | PDF Title |
---|---|
6 | Foreword |
7 | Introduction |
9 | Section sec_1 Section sec_2 1 Scope 2 Normative references |
11 | Section sec_3 3 Terms and definitions |
16 | Section sec_4 4 Symbols and abbreviated terms |
18 | Section sec_5 Section sec_5.1 Section sec_5.2 5 Context 5.1 General context 5.2 Road transport information exchanges for supply chain freight time-sensitive delivery |
19 | Figure fig_1 |
20 | Figure fig_2 Section sec_5.3 5.3 Dangerous goods |
22 | Figure fig_3 |
23 | Figure fig_4 |
24 | Section sec_5.4 Section sec_5.5 5.4 Domestic land transport scenarios 5.5 Complementariness of standards |
26 | Table tab_1 Section sec_6 Section sec_6.1 6 Architecture 6.1 Overview |
27 | Figure fig_5 |
28 | Figure fig_6 |
29 | Figure fig_7 |
30 | Figure fig_8 Section sec_6.2 6.2 Standardization aspects for intermodal transport |
31 | Figure fig_9 |
32 | Figure fig_10 Section sec_6.3 6.3 Make and break bulk content identification |
33 | Figure fig_11 Section sec_6.4 6.4 Variety of forms of freight land conveyance |
34 | Section sec_6.5 Figure fig_12 6.5 Multiple trailers |
35 | Figure fig_13 Section sec_6.6 Section sec_6.7 Section sec_6.8 6.6 Principal standards for the intermodal transport scenario 6.7 Subsequent standards 6.8 Operational aspects for data collection |
36 | Section sec_6.9 Section sec_7 Section sec_7.1 Figure fig_14 Section sec_7.2 6.9 On-board cargo stress measurement information during road transport 7 Freight land conveyance content identification architecture overview 7.1 Generalized framework 7.2 Cargo/vehicle information data layer |
37 | Figure fig_15 Section sec_7.3 7.3 Sensor data |
38 | Figure fig_16 Section sec_7.4 7.4 Item data |
40 | Figure fig_17 Section sec_7.5 Section sec_7.6 7.5 Agglomeration of data 7.6 Aggregation of data |
41 | Section sec_7.7 Section sec_7.7.1 Section sec_7.7.2 Section sec_7.7.3 Section sec_8 Section sec_8.1 7.7 Data transfer 8 Freight land conveyance and communication – Application interface profiles 8.1 General |
42 | Annex sec_A Annex sec_A.2 Annex sec_A.2.1 Annex sec_A.2.2 Annex sec_A.2.3 Annex sec_A.2.4 Annex sec_A.2.5 Annex A (normative) List of referenced International Standards |
43 | Annex sec_A.3 Annex sec_A.4 Annex sec_A.5 Annex sec_A.5.1 Annex sec_A.5.2 Annex sec_A.5.3 Annex sec_A.5.4 Annex sec_A.5.5 |
44 | Annex sec_A.5.6 Annex sec_A.5.7 Annex sec_A.5.8 Annex sec_A.5.9 Annex sec_A.5.10 Annex sec_A.6 Annex sec_A.7 |
45 | Annex sec_A.8 Annex sec_A.9 |
46 | Annex sec_A.10 Annex sec_A.11 Annex sec_A.11.1 Annex sec_A.11.2 Annex sec_A.11.3 Annex sec_A.11.4 |
47 | Annex sec_A.12 Annex sec_A.13 Annex sec_A.14 Annex sec_A.15 Annex sec_A.15.1 |
48 | Annex sec_A.15.2 Annex sec_A.15.3 Annex sec_A.15.4 Annex sec_A.15.5 |
49 | Annex sec_A.16 Annex sec_A.17 Annex sec_A.18 |
50 | Annex sec_A.19 Annex sec_A.20 Annex sec_A.21 Annex sec_A.22 |
51 | Annex sec_A.23 |
52 | Annex sec_A.24 Annex sec_A.25 Annex sec_A.25.1 Annex sec_A.25.2 |
53 | Annex sec_A.25.3 Annex sec_A.25.4 Annex sec_A.25.5 Annex sec_A.25.6 |
54 | Annex sec_A.25.7 Annex sec_A.26 Annex sec_A.27 |
55 | Annex sec_A.28 Annex sec_A.29 |
56 | Annex sec_A.30 Annex sec_A.31 Annex sec_A.32 Annex sec_A.33 Annex sec_A.34 |
57 | Annex sec_A.35 Annex sec_A.36 |
58 | Annex sec_A.37 |
59 | Annex sec_A.38 Annex sec_A.39 Annex sec_A.40 |
60 | Annex sec_A.41 Annex sec_A.42 Annex sec_A.43 |
61 | Annex sec_A.44 Annex sec_A.44.1 Annex sec_A.44.2 |
62 | Annex sec_A.44.3 Annex sec_A.44.4 Annex sec_A.44.5 |
63 | Annex sec_A.44.6 Annex sec_A.45 Annex sec_A.46 Annex sec_A.46.1 |
64 | Annex sec_A.46.2 Annex sec_A.46.3 Annex sec_A.46.4 Annex sec_A.46.5 Annex sec_A.47 |
65 | Annex sec_A.48 Annex sec_A.49 Annex sec_A.50 |
66 | Annex sec_A.51 |
67 | Annex sec_A.52 Annex sec_A.53 Annex sec_A.54 Annex sec_A.55 Annex sec_A.56 |
68 | Annex sec_A.57 Annex sec_A.57.1 Annex sec_A.57.2 Annex sec_A.57.3 Annex sec_A.57.4 Annex sec_A.58 |
69 | Annex sec_A.59 Annex sec_A.59.1 Annex sec_A.59.2 Annex sec_A.60 Annex sec_A.61 Annex sec_A.62 |
71 | Annex sec_A.63 Annex sec_A.63.1 |
72 | Annex sec_A.63.2 Annex sec_A.63.3 Annex sec_A.63.4 |
73 | Annex sec_A.63.5 Annex sec_A.64 |
74 | Annex sec_A.65 Annex sec_A.66 |
75 | Annex sec_A.67 Annex sec_A.68 Annex sec_A.69 |
76 | Annex sec_A.70 Annex sec_A.71 |
77 | Annex sec_A.72 Annex sec_A.73 |
78 | Annex sec_A.74 Annex sec_A.75 Annex sec_A.76 Annex sec_A.77 Annex sec_A.78 |
79 | Annex sec_A.79 Annex sec_A.80 Annex sec_A.81 Annex sec_A.82 Annex sec_A.83 |
80 | Annex sec_A.84 Annex sec_A.85 Annex sec_A.86 Annex sec_A.87 |
81 | Annex sec_B Figure fig_B.1 Figure fig_B.2 Annex B (informative) Examples of the system implementation |
82 | Figure fig_B.3 Figure fig_B.4 Figure fig_B.5 |
83 | Figure fig_B.6 |
84 | Annex sec_C Annex sec_C.1 Figure fig_C.1 Annex C (informative) ISO 6346 in respect of land conveyance identification |
85 | Annex sec_C.2 Annex sec_C.3 Annex sec_C.4 Annex sec_C.5 Annex sec_C.6 Table tab_C.1 |
87 | Annex sec_C.7 |
88 | Annex sec_C.8 Annex sec_C.9 |
89 | Reference ref_1 Reference ref_2 Reference ref_3 Reference ref_4 Reference ref_5 Reference ref_6 Reference ref_7 Reference ref_8 Reference ref_9 Reference ref_10 Reference ref_11 Reference ref_12 Reference ref_13 Bibliography |