BS ISO 17987-2:2016
$215.11
Road vehicles. Local Interconnect Network (LIN) – Transport protocol and network layer services
Published By | Publication Date | Number of Pages |
BSI | 2016 | 86 |
PDF Catalog
PDF Pages | PDF Title |
---|---|
8 | Foreword |
9 | Introduction |
11 | 1 Scope |
12 | 2 Normative references 3 Terms, definitions, symbols and abbreviated terms 3.1 Terms and definitions |
14 | 3.2 Symbols 3.3 Abbreviated terms |
15 | 4 Conventions 5 Network management 5.1 Network management general information 5.2 LIN node communication state diagram |
16 | 5.3 Wake up 5.3.1 Wake up general information 5.3.2 Master generated wake up 5.3.3 Slave generated wake up |
18 | 5.4 Go-to-sleep 6 Network layer overview 6.1 General |
19 | 6.2 Format description of network layer services 6.3 Internal operation of network layer |
20 | 6.4 Service data unit specification 6.4.1 N_AI, address information |
21 | 6.4.2 6.4.3 6.4.4 |
22 | 6.5 Services provided by network layer to higher layers 6.5.1 Specification of network layer service primitives |
23 | 6.5.2 N_USData.request 6.5.3 N_USData.confirm 6.5.4 N_USData_FF.indication 6.5.5 N_USData.indication |
24 | 7 Transport layer protocol 7.1 Protocol functions 7.2 Single frame transmission 7.3 Multiple frame transmission |
26 | 7.4 Transport layer protocol data units 7.4.1 Protocol data unit types 7.4.2 SF N_PDU 7.4.3 FF N_PDU 7.4.4 CF N_PDU 7.4.5 Protocol data unit field description |
27 | 7.5 Protocol control information specification 7.5.1 N_PCI |
28 | 7.5.2 SingleFrame N_PCI parameter definition |
29 | 7.5.3 FirstFrame N_PCI parameter definition 7.5.4 ConsecutiveFrame N_PCI parameter definition |
30 | 7.6 Network layer timing 7.6.1 Timing constraints |
35 | 7.6.2 Network layer timeouts 7.6.3 Network layer error handling |
36 | 7.6.4 Unexpected arrival of N_PDU |
37 | 8 Data link layer usage |
38 | 8.1 Data link layer service parameters 8.2 Data link layer interface services 8.2.1 L_Data.request 8.2.2 L_Data.confirm 8.2.3 L_Data.indication 8.3 Mapping of the N_PDU fields |
39 | 8.4 Transport layer PDU structure and communication 8.4.1 PDU structure |
41 | 8.4.2 Communication 9 Diagnostic communication requirements 9.1 Definition of diagnostic classes 9.1.1 General 9.1.2 Diagnostic class I 9.1.3 Diagnostic class II 9.1.4 Diagnostic class III |
42 | 9.1.5 Summary of slave node diagnostic classes 9.2 Diagnostic messages 9.3 Using the transport layer |
44 | 9.4 Slave node diagnostic timing requirements |
46 | 9.5 Response pending 9.6 Transport protocol handling in LIN master 9.6.1 General 9.6.2 Diagnostic master request schedule |
47 | 9.6.3 Diagnostic slave response schedule 9.6.4 Diagnostic schedule execution |
52 | 9.7 Transmission handler requirements 9.7.1 General 9.7.2 Master node transmission handler |
56 | 9.7.3 Slave node transmission handler |
58 | 9.8 Diagnostic service prioritization 10 LIN node capability language (NCL) 10.1 General |
59 | 10.2 Plug and play workflow concept 10.2.1 General |
60 | 10.2.2 LIN node generation 10.2.3 LIN cluster design |
61 | 10.2.4 Debugging 11 Node capability file (NCF) 11.1 Overview of NCF syntax 11.2 Global structure definition 11.2.1 Node capability file marker |
62 | 11.2.2 Language version number definition 11.2.3 NCF revision 11.2.4 Big-endian signal encoding variant 11.3 Node definition 11.3.1 General node definition |
63 | 11.3.2 Diagnostic definition |
64 | 11.3.3 Frame definition |
65 | 11.3.4 Signal encoding type definition |
66 | 11.3.5 Status management 11.3.6 Free text definition 11.4 NCF example |
67 | 12 LIN description file (LDF) 12.1 General 12.2 Overview of LDF syntax |
68 | 12.3 LDF definition 12.3.1 Global structure definition |
69 | 12.3.2 Signal definition |
70 | 12.3.3 Frame definition |
72 | 12.3.4 Node definition |
75 | 12.3.5 Schedule table definition |
77 | 12.3.6 Signal encoding type definition |
79 | 12.3.7 Signal representation definition 12.4 LDF example |
82 | Bibliography |