摘要
早期汽车产品由于配置低、电器设备少、各个电器设备之间通过一信一线束方式就足以满足通信需求,保证汽车的安全、稳定行驶。现今,汽车电子控制技术的陆续创新,这些技术对数据的传输能力及实时性要求各不相同,需要使用更多的线束才能连接各个控制器,保证整车正常通信,而整车的空间位置有限,对传统的线束布线方式要求越来越苛刻,导致传统的线束及其布线方式已经无法满足正常通信。这就要求我们寻找一个新型的传输方式,来解决上述难题。现如今,基于CAN总线性能及设计方面独特的优势,国内各大车企对其的重视程度越来越高。基于此,文章针对车载网络关键技术的具体应用进行深入分析和探讨,以期能够在最大程度上保证车辆行驶的安全性、稳定性。
Because of the low configuration of the early automobile products,little electrical equipment,each electric equipment through the first line of communication between the way enough to meet the demand,to ensure the safety and stability of the car.Nowadays,the continuous innovation of automotive electronic control technology,these technologies have different requirements for data transmission capabilities and real-time,and more wires need to be used to connect the various controllers to ensure the normal communication of the vehicle,and the space of the vehicle is limited.,More and more stringent requirements for the traditional wire beam wiring mode lead to the traditional wire beam and its wiring mode has been unable to meet the normal communication.This requires us to find a new type of transmission to solve the above problems.Nowadays,based on the unique advantages of CAN bus performance and design,domestic major car companies are paying more and more attention to it.Based on this,the paper analyzes and discusses the application of the key technology of the vehicle network in order to ensure the safety and stability of the vehicle to the maximum extent.
作者
喻露
Yu Lu(Jiangling Holdings Co.,Ltd.,Jiangxi Nanchang 330000)
出处
《汽车实用技术》
2018年第22期161-163,共3页
Automobile Applied Technology
关键词
车载网络技术
控制系统
稳定性
In-vehicle network technology
Control systems
stability
