Class Description for Vector Informatik GmbH
Germany and all other countries
CANoe Fundamentals Workshop | 1-5 Days
TabTwo
Target Group
- CAN and CANoe Users working in the areas
- Controller Development
- Motor Vehicle Electrical
- Test Planning and Execution
Goals
- Physical characteristics of a CAN network
- Characteristics of the CAN/CAN FD protocol
- CAN network description
- Application areas as a measurement and analysis tool
- Diagnostic basics
- Logging and offline analysis
- Send methods
- Panels
- Understanding CANoe and CAPL for analysis, modeling and simulation
- Working with CANoe on a breadboard setup with real automotive ECUs
Facts
- Duration: 1-5 Days
- Training Hours: 8:30am - 4:30pm
- Maximum Number of Participants: 14 Persons
Content
In this workshop you will acquire a fundamental understanding of CANoe as a development environment for CAN projects.
First the fundamentals of the CAN protocol are covered. Then you will learn how to operate CANoe as a measurement and analysis tool and for remaining bus simulation based on practical examples. You will use CAPL and special DLLs to create your own program node and the Panel Designer to create a graphic user interface window for emulating ECUs.
In the last module, you will apply your acquired knowledge by conducting extensive measurements, remaining bus simulations and analyzes on real automotive networks.
First the fundamentals of the CAN protocol are covered. Then you will learn how to operate CANoe as a measurement and analysis tool and for remaining bus simulation based on practical examples. You will use CAPL and special DLLs to create your own program node and the Panel Designer to create a graphic user interface window for emulating ECUs.
In the last module, you will apply your acquired knowledge by conducting extensive measurements, remaining bus simulations and analyzes on real automotive networks.
Module 1: CAN Fundamentals
Duration:
1 Day
Target Group:
CAN Users
Prerequisites:
None
Goal:
Knowledge about serial bus systems in motor vehicles, physical characteristics of a CAN network and characteristics of the CAN and CAN FD protocol. Also we introduce the basics of a CAN network description.
Agenda
- Introduction to CAN
- Characteristics of the CAN Protocol
- CAN FD
- CAN Network Description
Module 2: Measurement and Analysis with CANoe/CANalyzer
Duration:
2 Days
Target Group:
CANoe/CANalyzer users (controller development, motor vehicle electrical, test planning and execution)
Prerequisites:
CAN Fundamentals
Goal:
Understanding the application areas as a measurement and analysis tool, diagnostic basics, logging, offline analysis, send methods and panels
Agenda
- Introduction
- Start-up of CANoe for CAN
- Measurement and Analysis
- Data Logging and Offline Analysis
- Diagnostics
- Send Options
- Panels
Module 3: Introduction to CANoe Simulations and CAPL
Duration:
1 Day
Target Group:
CANoe users (controller development, motor vehicle electrical, test planning and execution)
Prerequisites:
CAN Fundamentals, Fundamentals Measurement and Analysis with CANoe
Goal:
Understanding CANoe and CAPL for analysis, modeling and simulation
Agenda
- Introduction to Simulation and Modeling
- Introduction to CAPL
- Signal-oriented CAPL
- Message-oriented CAPL
- Test Modules
Module 4: CANoe in Practice
Duration:
1 Day
Target Group:
CANoe Users
Prerequisites:
Experience in working with CANoe
Goal:
Working with CANoe on a breadboard setup with real automotive ECUs
Agenda
- Measuring Bus Communication of Automotive ECUs
- Introduction to OSEK/VDX Network Management
- Analysis of Multiple Networked CAN Bus Systems
- Extensive Data Logging and its Evaluation (Offline Analysis)
- Creating Bus Simulations and Startup on the Breadboard Setup
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Prices per Participant
2019 2020
- 1 Day: 540 € 570 €
- 2 Days: 950 € 990 €
- 3 Days: 1.330 € 1.390 €
- 4 Days: 1.660 € 1.730 €
- 5 Days: 1.960 € 2.050 €
plus 19% VAT
Dates
places available
fully booked
in English #