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CANoe/CANalyzer.J1939 Training

Germany
AT
Scandinavia
UK
North America
Germany
AT
Scandinavia
UK
North America

Class Description for Vector CANtech, Inc.

USA, Canada, Mexico

CANoe/CANalyzer.J1939 Workshop | 1-4 Days

Facts
  • Duration: 1-4 Days
  • Training Hours: 9:00am - 5:00pm
  • Maximum Number of Participants: 12 Persons
Content

This workshop consists of three modules. Module 1 provides an introduction to the SAE J1939 protocol. The class starts with a brief overview of ISO 11898 (CAN ) in preparation for the J1939 topics. These topics include J1939 Application Layers, Dynamic Network Management, Diagnostics J1939 Physical and Data Link Layer.

The second module introduces CANalyzer from a SAE J1939 perspective. Attendees will acquire knowledge and hands-on experience to help them analyze and log J1939 network message traffic using CANalyzer. The module covers the operation of CANalyzer including database (dbc) file modification, bus analysis, logging, and a brief introduction to Vector's Communication Access Programming Language (CAPL). It also covers the J1939-specific components for CANalyzer.

The third module introduces CANoe with the J1939 Option. Attendees will acquire knowledge and hands-on experience to help develop J1939 CAN projects using CANoe. Topics include understanding basic CANoe components, designing CAN messages and data, developing a CANoe panel, programming in Vector's Communication Access Programming Language (CAPL) and example J1939 CANoe applications.

Module 1: J1939 Protocol
Duration:
1 Day
Prerequisites:
Basic understanding of the CAN protocol is helpful but not required. Some previous experience with CANalyzer, CANoe or another CAN analysis tool is also helpful.
Agenda
  • Small Area Networking
  • CAN Protocol Overview
  • CAN Physical Layer
  • CAN Data Link Layer
  • J1939 Protocol Layer
  • J1939 Physical Layer
  • J1939 Names and Addresses
  • J1939 System Parameters
  • J1939 Parameter Groups
  • J1939 Transport Layer
  • J1939 Diagnostics
Module 2: Introduction to CANalyzer.J1939
Duration:
2 Days
Prerequisites:
J1939 Protocol Fundamentals
Agenda
  • CANdb++
    • Overview of the Vector CAN Database
    • CANdb++ Features Specific to J1939
  • Overview
    • Tool Configuration
    • Bus Analysis
    • Graphical Analysis
    • Signal Analysis
  • Logging Bus Activity
    • Logging Functionality
    • Replay Operation for Log Files
    • Offline Data Analysis
  • Message Generation
  • Panel Creation
  • CAPL Programming Overview
Module 3: Introduction to CANoe.J1939
Duration:
1 Day
Prerequisites:
J1939 Protocol Fundamentals, Introduction to CANalyzer.J1939
Agenda
  • Overview
    • Message Generation
    • Signal Modeling
    • Replay Operation for Log Files
    • J1939 specific enhancements
  • CAPL Programming
    • Overview Based on Comparison to C
    • Message Generation
    • Receive Message Handling
    • Signal Modeling
  • Introduction to Panel Development
    • Creating Panels
    • Implementing Bitmap Displays
    • Linking Panels with CAPL
  • Application Project Modeling with CANoe.J1939
    • CAN System Simulation Development
    • Team System Integration
    • Validation of Simulation with Hardware
    • J1939 Models for System Simulation and Simulation of the Entire Bus

Class Description for Vector CANtech, Inc.

USA, Canada, Mexico

CANoe/CANalyzer.J1939 Workshop | 1-4 Days

Facts
  • Duration: 1-4 Days
  • Training Hours: 9:00am - 5:00pm
  • Maximum Number of Participants: 12 Persons
Content

This workshop consists of three modules. Module 1 provides an introduction to the SAE J1939 protocol. The class starts with a brief overview of ISO 11898 (CAN ) in preparation for the J1939 topics. These topics include J1939 Application Layers, Dynamic Network Management, Diagnostics J1939 Physical and Data Link Layer.

The second module introduces CANalyzer from a SAE J1939 perspective. Attendees will acquire knowledge and hands-on experience to help them analyze and log J1939 network message traffic using CANalyzer. The module covers the operation of CANalyzer including database (dbc) file modification, bus analysis, logging, and a brief introduction to Vector's Communication Access Programming Language (CAPL). It also covers the J1939-specific components for CANalyzer.

The third module introduces CANoe with the J1939 Option. Attendees will acquire knowledge and hands-on experience to help develop J1939 CAN projects using CANoe. Topics include understanding basic CANoe components, designing CAN messages and data, developing a CANoe panel, programming in Vector's Communication Access Programming Language (CAPL) and example J1939 CANoe applications.

Module 1: J1939 Protocol
Duration:
1 Day
Prerequisites:
Basic understanding of the CAN protocol is helpful but not required. Some previous experience with CANalyzer, CANoe or another CAN analysis tool is also helpful.
Agenda
  • Small Area Networking
  • CAN Protocol Overview
  • CAN Physical Layer
  • CAN Data Link Layer
  • J1939 Protocol Layer
  • J1939 Physical Layer
  • J1939 Names and Addresses
  • J1939 System Parameters
  • J1939 Parameter Groups
  • J1939 Transport Layer
  • J1939 Diagnostics
Module 2: Introduction to CANalyzer.J1939
Duration:
2 Days
Prerequisites:
J1939 Protocol Fundamentals
Agenda
  • CANdb++
    • Overview of the Vector CAN Database
    • CANdb++ Features Specific to J1939
  • Overview
    • Tool Configuration
    • Bus Analysis
    • Graphical Analysis
    • Signal Analysis
  • Logging Bus Activity
    • Logging Functionality
    • Replay Operation for Log Files
    • Offline Data Analysis
  • Message Generation
  • Panel Creation
  • CAPL Programming Overview
Module 3: Introduction to CANoe.J1939
Duration:
1 Day
Prerequisites:
J1939 Protocol Fundamentals, Introduction to CANalyzer.J1939
Agenda
  • Overview
    • Message Generation
    • Signal Modeling
    • Replay Operation for Log Files
    • J1939 specific enhancements
  • CAPL Programming
    • Overview Based on Comparison to C
    • Message Generation
    • Receive Message Handling
    • Signal Modeling
  • Introduction to Panel Development
    • Creating Panels
    • Implementing Bitmap Displays
    • Linking Panels with CAPL
  • Application Project Modeling with CANoe.J1939
    • CAN System Simulation Development
    • Team System Integration
    • Validation of Simulation with Hardware
    • J1939 Models for System Simulation and Simulation of the Entire Bus
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