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Structured software methods as applied to powertrain control

机译:应用于动力总成控制的结构化软件方法

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Rover has over the last few years evolved its MEMS range of modular engine management systems, which are now fitted to the majority of the model line. Although not a safety critical device, the integrity of MEMS is vital to the performance, driveability, fuel economy, emissions and reliability of the vehicle. Detailed attention to the engineering process has produced highly reliable combination of hardware and software, demonstrated by the fact that Rover has never had to arrange to modify MEMS in the field. Four areas in which this detailed process design has proved successful are described: (1) use of data dictionaries; (2) construction of state transition diagrams; (3) reviewing of RTSA (real time structured analysis) models; and (4) recursive design.
机译:在过去的几年中,罗孚(Rover)已开发出其MEMS系列模块化发动机管理系统,现已适用于大多数模型生产线。尽管不是安全性至关重要的设备,但MEMS的完整性对于车辆的性能,可驾驶性,燃油经济性,排放和可靠性至关重要。对工程过程的特别关注已产生了高度可靠的硬件和软件组合,这一事实证明了罗孚(Rover)无需在现场进行修改MEMS的事实。描述了详细过程设计成功的四个方面:(1)数据字典的使用; (2)状态转移图的构建; (3)审查RTSA(实时结构化分析)模型; (4)递归设计。

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