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BS ISO 17356-5:2006

Current

Current

The latest, up-to-date edition.

Road vehicles. Open interface for embedded automotive applications OSEK/VDX Network Management (NM)

Available format(s)

Hardcopy , PDF

Language(s)

English

Published date

13-02-2006

€397.33
Excluding VAT

Foreword
0 Introduction
  0.1 General
  0.2 System status
  0.3 Remarks by the authors
  0.4 Summary
1 Scope
  1.1 Embedding of the Network Management (NM)
  1.2 Adaptation to bus protocol specific requirements
  1.3 Adaptation to node resources
  1.4 Adaptation to hardware-specific requirements
  1.5 Station management (system-specific algorithms)
  1.6 Philosophy of node monitoring
2 Direct Network Management
  2.1 Concept
  2.2 Algorithms and behaviour
3 Indirect Network Management
  3.1 General
  3.2 Concept
  3.3 Algorithms and behaviour
4 System generation and API
  4.1 Overview
  4.2 Conventions for service description
  4.3 General data types
  4.4 Common services
  4.5 Services for direct NM
  4.6 Services for indirect NM
5 Impacts upon OS, COM and the data link layer
  5.1 Error codes
  5.2 Common impacts
  5.3 Impacts from direct NM
  5.4 Impacts from indirect NM
Annex A (informative) Implementation proposal (direct NM)
Index

Defines a set of services for node monitoring (NM).

Committee
AUE/16
DevelopmentNote
Supersedes 04/30058849 DC. (03/2006)
DocumentType
Standard
Pages
126
PublisherName
British Standards Institution
Status
Current
Supersedes

1.1 Embedding of the Network Management (NM) NM defines a set of services for node monitoring. Figure1 shows how the NM is embedded into a system and that the NM shall be adapted to specific requirements of the bus system used or to the resources of the nodes. NM consists of the following: interface to interact with the Application Programming Interface(API); algorithm for node monitoring; internal interfaces (NMCOM, etc.); algorithm for transition into sleep mode; and NM protocol data unit (NMPDU). 1.2 Adaptation to bus protocol specific requirements Adaptation to bus protocol specific requirements consists of the following: CAN, VAN, J1850, K-BUS, D2B, etc.; error handling, e.g. bus-off handling in a CAN, transmission line error handling; and interpretation of the status information, e.g. overrun or error active/passive in a CAN. 1.3 Adaptation to node resources Adaptation to node resources consists of the following: scaling of the NM as a requirement of the node; and application-specific usage of the NM services. 1.4 Adaptation to hardware-specific requirements This consists of adaptation to a protocol circuit and a physical layer circuit, e.g. switching the bus hardware to one of the possible physically power save modes. 1.5 Station management (system-specific algorithms) There are a variety of additional tasks involved in coordinating a network. These are not described in ISO17356, since they are system-dependent. Hence, these tasks are done by the application, e.g. by a module called station management. 1.6 Philosophy of node monitoring Node monitoring is used to inform the application about the nodes on the network. Thus, the application can check with the appropriate service if all stations required for operation are present on the network. Figure1 Responsibility of interface and algorithms Key 1 API 2 several buses connected to one μController 3 interface to DLL, COM-specific, protocol-specific 4 interface to COM Interaction Layer 5 station management (outside the scope of ISO17356) 6 algorithms 7 protocol-specific management algorithms

Standards Relationship
ISO 17356-5:2006 Identical

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