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Practical Implementation of a Zonal E/E Architecture for Autonomous Vehicles in UNICARagil

机译:UNICARagil 中自动驾驶汽车区域 E/E 架构的实际实现

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Realizing autonomous driving requires a paradigm shift in the automotive software and hardware architectures. The UNICARagil research project brings safe, high-performance and modular E/E architectures of the next generation into operation, as described here by the IFS of the University of Stuttgart and the ika of RWTH Aachen University. Currently, the automotive industry is undergoing profound changes in E/E architectures. The increased number of functions, above all due to the driver assistance systems and growing trend towards automated driving, demands for higher bandwidth and computa-tional power. Future vehicle functions are expected to be updatable and applicable to changing customer demands within the whole product lifecycle. The growing complexity encouraged by these requirements questions traditional processes regarding testability and reliability. At the same time, the permanent cost pressure forces the consolidation of wiring harnesses and control units.
机译:实现自主驾驶需要一个范例汽车软件和硬件的转变架构。带来安全、高性能、模块化的E / E架构的下一代IFS操作,就像这里描述的斯图加特大学和ika RWTH亚琛大学。行业正在发生深刻变化,E / E架构。最重要的是由于驾驶员辅助系统自动驾驶和不断增长的趋势,要求更高的带宽和computa-tional权力。是可更新的,适用于客户的变化在整个产品生命周期的要求。鼓励这些日益增长的复杂性需求问题传统的过程关于可测试性和可靠性。同时,永久的成本压力整合的线束和控制单位。

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