目 录摘要 ···················································1一、多路传输介绍 ·······································2 1.多路传输的定义 ···································22.多路传输的意义 ···································33.多路传输的电结构与分析···························3二、多路传输的应用于与分析 ·····························51、CAN 高速网计算机 ································52、CAN 车身网计算机 ································63、CAN 舒适网计算机 ································64、多路传输的休眠与唤醒····························7三、车载网络的故障排查 ·································81、实例分析 ········································8结论 ···············································11参考资料 ···········································12摘 要 随着汽车工业的进展，能源的消耗，市场经济的竞争，各大汽车厂商不断的推出新技术、新产品来提高自身汽车品牌的优势。目前，世界各国生产的轿车从最初的发动机电子控制系统已经进展到了整车多个单元电子智能化控制。汽车电子单元通过网络传输实现了信息共享，使汽车传递信息更加快速稳定，也大大节约了线束成本，从而也降低了汽车电路故障概率。由于现代汽车采纳得智能化多路传输布局，往往一个故障能够引起多个功能失效，从而在排查故障时让工人无从下手。随着车辆技术的提高，这需要更多的汽车维修人员了解并掌握现代汽车车载网络知识，这才能让我们在遇到问题时合理的分析思路，使用正确的检测方法来解决。关键词： 多路传输 资源共享 唤 醒 休 眠 雪铁龙汽车多路传输性 CAN 网浅析前 言到目前为止，计算机网络定义尚不统一，但较多的观点是：分...
