Simulation, Data Acquisition, Monitoring, and Evaluation: A Hands-On Journey with Communication Buses - Detailansicht

Modern vehicles rely on a network of interconnected electronic control units. But how do these systems communicate, and how can they be efficiently tested and analyzed?

In this lecture, we will explore the world of automotive bus systems and take a deep dive into Vector CANoe, a powerful tool for simulation, analysis, and automated testing.

Discover how CANoe is used to work with CAN, and Automotive Ethernet, enabling engineers to analyze communication, perform restbus simulations, and validate complex ECU networks.

Gain hands-on insights into the key technologies shaping in-vehicle communication and learn how to optimize electronic control systems with cutting-edge diagnostic tools.

will be provided in the lecture

After this lecture, you will be able to:

-  Explain the fundamentals and differences of key automotive bus systems

- Use Vector CANoe to record, analyze, and simulate bus communication

- Identify and debug errors in ECU networks

- Perform restbus simulations to validate control units

- Implement basic test automation using CANoe

- Basic knowledge of communication systems – Understanding of digital communication and protocols is beneficial.

- Basic programming skills – Experience with Python, C, or CAPL will make scripting and automation in CANoe easier.

PF benotet: • K60 benotet (1/3 der Prüfungsnote)

•Ein Softwareprojekt benotet (2/3 der Prüfungsnote).