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Virtualization and emulation of a CAN device on a Multi-Processor System on Chip

机译:多处理器片上系统上CAN设备的虚拟化和仿真

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The increasing number of applications implemented on modern vehicles leads to the use of multi-core platforms in the automotive field. As the number of I/O interfaces offered by these platforms is typically lower than the number of integrated applications, a solution is needed to provide access to the peripherals, such as the Controller Area Network (CAN), to all applications. Emulation and virtualization can be used to implement and share a CAN bus among multiple applications. In this article we present how multiple applications can share a CAN port, which can be on the local processor tile or on a remote tile. We evaluate our approach with four emulation and virtualization examples, trading the number of applications per core with the speed of the software emulated CAN bus.
机译:在现代车辆上实现的应用程序数量的增加导致在汽车领域中使用多核平台。由于这些平台提供的I / O接口的数量通常少于集成应用程序的数量,因此需要一种解决方案来为所有应用程序提供对外围设备(如控制器局域网(CAN))的访问。仿真和虚拟化可用于在多个应用程序之间实现和共享CAN总线。在本文中,我们介绍了多个应用程序如何共享CAN端口,这些端口可以在本地处理器磁贴上或在远程磁贴上。我们通过四个仿真和虚拟化示例来评估我们的方法,并以软件仿真的CAN总线的速度来交换每个内核的应用程序数量。

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