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Virtual Hardware ECUs: A Positive Disruption for Automotive Software Development

Available On-Demand Until: November 14, 2019

Click HERE to find the start time at your location

Automotive systems require years of development before making it into a vehicle. With advanced driver assistance systems, infotainment, safety systems, and autonomous driving requiring more compute power and software content, automotive companies need to revisit their approach to software development and test.

Disrupting the current development process is necessary to leverage the latest computing platform. It’s important to start early by removing the dependency on hardware availability and to scale the development environment for better and more efficient software integration and test.

This 60-minute Webinar discusses how simulation of an electronic control unit, known as a virtual hardware ECU, can be used for the following:

  • To start software development early through fast/agile iteration, independent of hardware
  • To increase testing coverage
  • To accelerate cycles through the virtualization of test benches
  • To deploy in server farm for regression

Also presented will be an example of a multi-processor (MCU and SoC) virtual ECU executing AUTOSAR and Linux for an adaptive cruise control application. A Q&A will follow the technical presentation.


Speakers:

Kevin Brand, Senior Manager, Applications Engineering, Synopsys

Kevin Brand is a Senior Manager of Applications Engineering at Synopsys. He has been in the field of virtual prototyping for 15 years. With a strong focus on automotive, he has been working in R&D and, in more recent years, directly enabling and deploying virtual prototyping solutions at semiconductor, Tier 1, and OEM companies.



Moderator: 

Lisa Arrigo, SAE International
 

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  • Powertrain (including Gas, EV, HEV)
  • ADAS/Safety systems
  • Body systems
  • Autonomous driving
  • Infotainment
  • Other (please specify below)
  • Availability of hardware
  • Software performance
  • Software debug on complex hardware platform
  • Scalability of software testing
  • Software testing in context of overall system
  • Other (please specify below)
  • Software-in-the-Loop (HW independent SW development)
  • Hardware-in-the-Loop (HW dependent system testing)
  • Virtual Prototyping (Processor simulation for SW development)
  • Virtual Hardware ECU (ECU HW simulation for SW development and system testing)
  • Other prototyping tools (Please specify below)