Advancing Towards Automotive Zero Prototyping: Integrating Offline and Driver-in-the-Loop HiL Testing in Real-Time Simulation Environments

Advancing Towards Automotive Zero Prototyping: Integrating Offline and Driver-in-the-Loop HiL Testing in Real-Time Simulation Environments
Advancing Towards Automotive Zero Prototyping: Integrating Offline and Driver-in-the-Loop HiL Testing in Real-Time Simulation Environments
Today’s vehicle manufacturing has become extremely complex due to the diversity of electronic devices, software, and sensors. Additionally, many subsystems are not developed by the vehicle manufacturers themselves. Therefore, OEMs and suppliers face challenges in collaborative development.
In this free webinar, Guanglei Zhou from VI-grade will showcase how Hardware-in-the-Loop (HiL) testing can assist OEMs in synchronizing development efforts by integrating real components into a simulated real-time environment through a series of use cases, many of which are from the recently held 2024 Zero Prototyping Summit.
Advancing Towards Automotive Zero Prototyping: Integrating Offline and Driver-in-the-Loop HiL Testing in Real-Time Simulation Environments
Advancing Towards Automotive Zero Prototyping: Integrating Offline and Driver-in-the-Loop HiL Testing in Real-Time Simulation Environments

Advancing Towards Zero Prototyping: Integrating Offline and Driver-in-the-Loop HiL Testing

Live Stream Date: June 28, 2024

Instructor Introduction: Guanglei Zhou

Application Engineer at VI-grade China, engaged in vehicle dynamics simulation and driving simulator application technical support. Familiar with the applications of driving simulators in vehicle dynamics and intelligent driving fields.

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Advancing Towards Automotive Zero Prototyping: Integrating Offline and Driver-in-the-Loop HiL Testing in Real-Time Simulation Environments

Main Topics and Takeaways:

· Discuss the current challenges in the automotive manufacturing industry, particularly the collaboration issues between OEMs and suppliers.

· Understand the importance of a human-centered development approach.

· Analyze the key success factors and effective methods of Hardware-in-the-Loop (HiL) testing in Offline and Driver-in-the-Loop (DIL) applications.

Advancing Towards Automotive Zero Prototyping: Integrating Offline and Driver-in-the-Loop HiL Testing in Real-Time Simulation Environments

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