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SIL in the cloud with ARM HPC

A virtual environment for simulation and integration purposes using arm-based AWS graviton processors. In this video, Fabian Bronner, our Business Developer for SIL testing, Luke Harvey and Jerry Bonnah from Amazon Web Services (AWS) and Simon Dürr from Elektrobit talk about their joint project, which was presented as a demo at the dSPACE World Conference 2023. Watch our new Innovation Coffee Break episode to learn more about virtualizing HPC, zonal and edge ECUs, service-oriented communication, scalability in the cloud, and much more. ******************* More information: https://www.dspace.com/en/pub/home/ap... Learn more about SIL testing:    • Mastering SIL Testing & Virtual Validation...   ******************** 00:04 Introduction to virtual simulation environment 00:30 Vehicle hardware and software overview 01:04 Challenges in creating virtual environments 01:59 AWS approach to virtualizing HPC with Graviton 03:55 Virtualizing zonal and edge ECUs with dSPACE VEOS 05:02 Human machine interface integration 06:10 Demo: temperature control and middleware 07:21 Bringing electrobit corbos to Graviton 08:36 Scalability and cloud deployment with AWS ******************** FAQs Q1: What is the purpose of virtualizing HPCs, zonal, and edge ECUs in automotive development? A1: Virtualizing these components allows developers and testers to validate complex automotive software in a fully virtual environment, reducing dependency on physical hardware, lowering costs, and enabling scalable and flexible testing. Q2: How does AWS contribute to automotive virtualization? A2: AWS provides Graviton processors, ARM-based cloud compute instances optimized for embedded automotive software, enabling native execution of HPC software and Android Automotive OS in the cloud with high scalability. Q3: What role does dSPACE VEOS play in this virtual environment? A3: dSPACE Vios simulates zonal and edge ECUs and automotive communication buses (CAN, LIN, Ethernet), creating a realistic virtual vehicle network for integration and communication testing. Q4: How is the human-machine interface (HMI) integrated into the virtual environment? A4: The HMI is simulated using Android Automotive OS running on AWS Graviton instances, allowing users to interact with vehicle systems such as climate control through a realistic interface during simulation. Q5: What are the benefits of cloud scalability in this simulation environment? A5: Cloud scalability enables massive parallel deployments and automated testing at scale, allowing automotive companies to run thousands or millions of simulation instances for comprehensive validation, accelerating development cycles and improving software quality. ******************** #dspacewc23 #aws #elektrobit #dspace #siltesting #simulation