CANalyzer/CANoe.J1939 Training

This Workshop will provide you with comprehensive basic knowledge of the J1939 protocol. The first module will focus on the correct usage of the SAE-J1939 documents, introduce protocol-specific expressions and properties and explain the general philosophy of CAN based layer-7-protocols. The second module teaches you - by means of practical examples - how to use the analysis and simulation tool CANoe in J1939 based networks. Main aspects are the simulation of ECUs and testing conformity to the standard. The emphasis is on introducing and utilizing expanded functions of CANoe.J1939 (e.g. J1939 Scanner, CAPL Generator, Node Filter, etc.).

This Workshop will provide you with comprehensive basic knowledge of the J1939 protocol. The first module will focus on the correct usage of the SAE-J1939 documents, introduce protocol-specific expressions and properties and explain the general philosophy of CAN based layer-7-protocols. The second module teaches you - by means of practical examples - how to use the analysis and simulation tool CANoe in J1939 based networks. Main aspects are the simulation of ECUs and testing conformity to the standard. The emphasis is on introducing and utilizing expanded functions of CANoe.J1939 (e.g. J1939 Scanner, CAPL Generator, Node Filter, etc.).

In this module you will learn about the correct usage of the SAE-J1939 documents, protocol-specific expressions and properties and the general philosophy of CAN based layer-7-protocols. By means of practical examples you get to know how to use the analysis and simulation tool CANalyzer in J1939 based networks. Main aspects are the simulation of ECUs and testing conformity to the standard. The emphasis is on introducing and utilizing expanded functions of CANalyzer.J1939 (e.g. J1939 Scanner, CAPL Generator, Node Filter, etc).

This workshop provides you with a comprehensive basic knowledge of the CAN and J1939 protocol. You will learn the fundamentals of the tool CANalyzer in CAN and J1939 networks. The first module will focus on the fundamentals of the CAN protocol and the functionality and practical use of CANalyzer as measurement, analysis and testing tool.

In the second module you will learn about the correct usage of the SAE-J1939 documents, protocol-specific expressions and properties and the general philosophy of CAN based layer-7-protocols. By means of practical examples you get to know how to use the analysis and simulation tool CANalyzer in J1939 based networks. Main aspects are the simulation of ECUs and testing conformity to the standard. The emphasis is on introducing and utilizing expanded functions of CANalyzer.J1939 (e.g. J1939 Scanner, CAPL Generator, Node Filter, etc).

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.