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Design and Implementation of the Software and Hardware System for a Formula SAE Electric Vehicle

机译:SAE电动方程式电动汽车软硬件系统的设计与实现

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This paper presents a complete design and implementation of the software and hardware system for a Formula Society of Automatic Engineers (FSAE) electric vehicle. This design followed the guidelines published by the FSAE formula hybrid electric vehicle rules. A model view controller based software architecture was developed to interact with all necessary hardware during the steady state and dynamic conditions. The vehicle hardware system includes a main processing unit “main brain,” tractive system control board, dashboard, shutdown circuit, and related safety features. A combination of laboratory tests and field tests were performed to validate the software and hardware system.
机译:本文介绍了自动汽车方程式协会(FSAE)电动汽车的软件和硬件系统的完整设计和实现。此设计遵循FSAE公式混合电动汽车规则发布的指南。开发了基于模型视图控制器的软件体系结构,以便在稳态和动态条件下与所有必需的硬件进行交互。车辆硬件系统包括主处理单元“主脑”,牵引系统控制板,仪表板,关闭电路以及相关的安全功能。结合了实验室测试和现场测试来验证软件和硬件系统。

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