文件名称:C_OScar
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混合动力汽车( HEV) 控制系统一直是电动车的核心控制部分。论文介绍了其控制系统具有多任务、实时性的特点, 开发了一套基于Freescale MC9S12DP256 控制器与CAN 总线设计的混合动力汽车管理系统, 提出了在软件开发中引入嵌入式
实时操作系统μC /OS—II , 并重点详述了μC /OS—II 在该系统中的移植与应用。经过理论和实验证明, 该控制系统实时性
强、可靠性高。-Hybrid electric vehicle (HEV) control system for electric vehicles has always been a part of the core control. This paper introduces the control system has a multi-tasking, real-time features, has developed a controller based on Freescale MC9S12DP256 designed with the CAN-bus hybrid vehicle management system, proposed the introduction of software development in embedded real-time operating system μC/OS-II, and focus on details of μC/OS-II in the transplant system and applications. After the theory and experiment show that the control system for real-time, high reliability.
实时操作系统μC /OS—II , 并重点详述了μC /OS—II 在该系统中的移植与应用。经过理论和实验证明, 该控制系统实时性
强、可靠性高。-Hybrid electric vehicle (HEV) control system for electric vehicles has always been a part of the core control. This paper introduces the control system has a multi-tasking, real-time features, has developed a controller based on Freescale MC9S12DP256 designed with the CAN-bus hybrid vehicle management system, proposed the introduction of software development in embedded real-time operating system μC/OS-II, and focus on details of μC/OS-II in the transplant system and applications. After the theory and experiment show that the control system for real-time, high reliability.
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C_OScar.pdf