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Usage of Run-time Re-configuration for System Porting in Automotive Applications

机译:使用运行时重新配置的运行时间重新配置,以实现汽车应用程序中的系统

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The automotive industry is now facing many problems and challenges that put many restrictions on car design, towards the minimization of the car cost. Most of the problems arise from the continuously increasing need to provide more advanced features in the modern cars. This lead to a dramatically increase in the percentage electronics inside the car, which lead to increasing the number of Electronic Control Unit in the Cars. This will lead to power consumption problems, wiring problems, code complexity problems, and the most important, the obsolescence problems. In this paper, we will use the runtime partial reconfiguration feature of the FPGA to minimize the costs associated with migration and porting of the software due to microcontroller obsolescence.
机译:汽车行业目前面临着许多问题和挑战,使汽车设计的许多限制朝着最小化汽车成本。大多数问题来自不断增加的需要在现代汽车中提供更先进的功能。这导致汽车内部的电子产品百分比显着增加,这导致汽车中的电子控制单元数量增加。这将导致电力消耗问题,接线问题,代码复杂性问题,以及最重要的,过时的问题。在本文中,我们将使用FPGA的运行时部分重新配置特征,以最小化由于微控制器过时导致软件的迁移和移植的成本。

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