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dSPACE SCALEXIO HIL System

Hardware-in-the-loop (HIL) simulation makes it possible to test new ECUs and software in a largely virtual environment throughout the entire development cycle, without real vehicles or prototypes. The idea is to connect real ECU prototypes to real-time models of the vehicle and its mechanical, electrical, hydraulic and electronic components. This allows systematic and fully automated testing of the ECU and the entire electronic vehicle system.

This course uses the dSPACE SCALEXIO technology to demonstrate which hardware components you need to integrate in order to customize and extend a simulator so that it matches your requirements. Step by step, you will learn the idea behind HIL simulations and the potential they offer.

Please note: ControlDesk and AutomationDesk are not covered by this course. If you want to learn about the extensive and powerful method of automated testing in combination with ECU diagnostics, fault simulation, and report generation, we recommend to book this course in conjunction with the AutomationDesk courses.

  • Engineers who want to use a SCALEXIO system.
  • Engineers who want to customize an off-the-shelf SCALEXIO system to their own requirements.
  • Required: Experience in using ControlDesk and MATLAB®/Simulink®

  • Become familiar with the SCALEXIO philosophy
  • Learn about the requirements and the capabilities of HIL
  • Plan, set up and expand a SCALEXIO system
  • Use ConfigurationDesk to describe the connected devices (ECUs, loads), assign I/O functions and hardware, and connect the I/O to the model
  • Integrate ECUs and simulate failures for diagnostic purposes

  • SCALEXIO hardware
  • ConfigurationDesk
  • MATLAB/Simulink
  • ControlDesk

  • Introduction to SCALEXIO
  • SCALEXIO system design and hardware components
  • ConfigurationDesk – Introduction and basic concepts
  • Configuring and customizing a dSPACE SCALEXIO HIL system
  • Using ConfigurationDesk – Workflow: From ECU to model
  • ConfigurationDesk – Advanced functionalities
  • Examples of signal generation and capturing
  • A selection from:
    • Introduction to multicore and multi-processing-unit simulation with SCALEXIO
    • Functional Mock-up Interface and other containers
    • SCALEXIO Bus Communication via RTI CAN MultiMessage Blockset
    • SCALEXIO Bus Communication using the Bus Manager
    • SCALEXIO failure simulation concept
    • Engine simulation
    • Workflow: Starting with Simulink

DatesLocation and time Fee per person
July 10 - 11, 2019
Class Full. Registration Closed.
Paderborn (Deutschland), 9:00 bis 17:15 Uhr € 1100 (plus tax)
September 25 - 26, 2019 Paderborn (Deutschland), 9:00 bis 17:15 Uhr € 1100 (plus tax)
November 12 - 13, 2019 Paderborn (Deutschland), 9:00 bis 17:15 Uhr € 1100 (plus tax)
December 03 - 04, 2019 Paderborn (Deutschland), 9:00 bis 17:15 Uhr € 1100 (plus tax)

20% discount for universities

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