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Intelligent hybrid vehicle management systems

机译:智能混合动力车辆管理系统

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This paper addresses system design and integration challenges involved in meeting the requirements for coordinated deployment of Intelligent Hybrid Vehicle Systems. A hybrid vehicle can run purely on a gas engine, purely on an electric motor, or a combination of both. Advanced hybrid vehicles are designed to use a vehicle management system that integrates many subsystem functions into one system. However, many recent hybrid vehicles do not focus on the utilization of decision support techniques for the implementation of system design. The decision support design emphasizes a driver-oriented and automatic-oriented drive-by-wire vehicle system. The top-down functional decomposition and bottom-up physical integration design methodologies help to create an augmented functional analysis in the device level software. The significant portions are devoted to introducing the design stages and establishing the hybrid vehicle management system.
机译:本文解决了满足智能混合动力汽车系统协调部署要求所涉及的系统设计和集成挑战。混合动力汽车可以仅在汽油发动机上运行,​​也可以在电动机上运行,​​或两者兼而有之。先进的混合动力汽车设计为使用将许多子系统功能集成到一个系统中的车辆管理系统。但是,最近的许多混合动力汽车并未将决策支持技术用于系统设计的实现。决策支持设计着重于面向驾驶员和面向自动的线控车辆系统。自上而下的功能分解和自下而上的物理集成设计方法有助于在设备级软件中创建增强的功能分析。重要部分致力于介绍设计阶段和建立混合动力车辆管理系统。

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