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Increasing energy efficiency of automotive E/E-architectures with Intelligent Communication Controllers for FlexRay

机译:借助FlexRay智能通信控制器提高汽车E / E架构的能源效率

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When a modern vehicle is in use, its interconnected Electronic Control Units (ECUs) are effectively always on. By temporarily deactivating those ECUs, whose functions are not needed, we can contribute to a vehicle's energy efficiency and lower its fuel consumption as well as its emissions. FlexRay is an automotive bus system typically used to interconnect high-performance ECUs. FlexRay, however, does not support the deactivation of single nodes. In this paper, we introduce the concept of Intelligent Communication Controllers, which allow us to perform a demand dependent deactivation of FlexRay ECUs. We also outline an FPGA based prototypical implementation.
机译:在使用现代车辆时,其互连的电子控制单元(ECU)始终有效。通过暂时停用那些不需要其功能的ECU,我们可以为车辆的能源效率做出贡献,并降低其燃油消耗和排放。 FlexRay是一种汽车总线系统,通常用于互连高性能ECU。但是,FlexRay不支持停用单个节点。在本文中,我们介绍了智能通信控制器的概念,该概念使我们能够执行需求依赖的FlexRay ECU停用。我们还概述了基于FPGA的原型实现。

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