AutoV: An Automotive Testbed for Real-Time Virtualization

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Departmental Papers (CIS)
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CPS Real-Time
Computer Engineering
Computer Sciences
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Timing isolation is critical for automotive systems. Real-time virtualization, such as RT-Xen, is a promising technique to integrate legacy automotive systems onto a powerful multi-core platform for achieving better performance and lower cost without breaking the timing isolation. However, the real-time virtualization has never been evaluated with real automotive applications in a non-simulation environment. In order to facilitate the evaluation of real-time virtualization for automotive systems, we propose the AutoV, an affordable and accessible automotive testbed for real-time virtualization. We present a case study to demonstrate the applications of the AutoV.

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2017-04-01
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2023-05-17T17:23:16.000
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Second TCRTS Workshop on Certifiable Multicore Avionics and Automotive Systems (CMAAS 2017), Pittsburgh, PA, Apr. 2017.
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