CAN网络的车载控制平台设计 - 汽车电子 - 优领域 - 在优领域，找到您想要的！ 关键词：CAN总线；车载网络；ECU；Qt／E；触摸屏 [gap=1060]Key words：CAN bus；vehicle network；ECU；Qt／E；touch screen
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Vehicle Network Toolbox 车载网络工具箱 ; 车载网路工具箱
China special vehicle network 中国特种车网
Outbound Vehicle Network Specialist 整车物流工程师
on-vehicle network 车上网络
vehicle network marketing 汽车网络营销
electrical vehicle network 电动汽车网络
vehicle network technology 汽车网络技术
The combination of design process and modeling process of in-vehicle network is achieved by building function constraint model and network configuration model. Means of simulation,analysis and evaluation is provided by network behavior model.
本文结合电气/电子架构的设计思想,提出了一种面向设计过程的车载网络模型构建方法,建立了功能约束模型、网络配置模型和网络行为模型,实现了车载网络设计过程与建模过程的结合,为仿真、分析和评价提供了手段。
参考来源 - 一种面向设计过程的车载网络建模方法Technical progress of in-vehicle network is closely related to the development of automotive electronic technology.
汽车网络技术与汽车电子控制技术的发展密切相关。
参考来源 - 车载网络模拟系统的设计实现和网络性能分析The work reported in this paper has important meaning for AMT production and increases independent development ability of demestic vehicle network monitoring & control software.
这对于AMT的产品化和提高我国车用网络监测和控制软件的自主开发能力有重要的意义。
参考来源 - 车用CAN网络实时监控技术的研究Aiming at this problem,Java Intelligent Network Infrastructure(Jini)technology was combined with controller area network(CAN)bus technology. Based on the traditional CAN bus vehicle network,a Jini-based CAN bus self-adaptive vehicle network model was designed,and its key technology was described in detail.
针对这一问题,将基于Java的新型构建分布式系统技术(Jini)与控制器局域网(CAN)总线技术相结合,在传统CAN总线车载网络基础上设计了一个基于Jini的CAN总线自适应车载网络模型,并对其关键技术的实现进行了详细阐述。
参考来源 - 基于Jini的CAN总线自适应车载网络的设计与研究The development of the vehicle network changes the automotive control methods revolutionarily.
汽车网络化的发展使原有的很多控制方式发生了革命性的变化。
参考来源 - 基于TTP/C协议线控刹车系统仿真的设计与实现·2,447,543篇论文数据，部分数据来源于NoteExpress
The performance evaluation of in-vehicle network system is important for the safety and reliability of the network.
车载网络系统的性能评测是保证车载网络安全、可靠运行的重要手段。
Solving the problems mentioned above, a new modern and low cost communication vehicle network is designed based on CAN-bus and LIN-bus in this essay.
为解决上述问题文中提出了一种基于CAN总线和LIN总线技术的现代汽车通信网络的低成本设计方案。
Several vehicle network protocols are compared on their properties and application domains, and development trends of the future vehicle network protocols are discussed.
对主要汽车网络协议的特性和应用范围进行了对比分析，并由此进一步阐述未来汽车网络协议的发展趋势。
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