上的每个节点与线控制动管理器之间的通信是有序的。
The communication between every node of the TTP/C network and Brake-by-Wire Manager are regular.
通过线控转向和线控制动两方面阐述线控技术结构原理及在现代汽车电子中的运用。
It expatiated on structural principles and applications in modern automobile electron from the two aspects of linear controlled rotation and linear controlled braking.
然而，最重要的一线希望是控制动物铁的摄入量。
The most promising line of all, though, is to control an animal's intake of iron.
汽车检测线智能化控制系统能实现尾气、噪声、灯光、侧滑、轴荷、制动等工位数据的自动采集控制。
The control system can realize working sites data automatic gathering and control of exhaust gas, noise, headlight, side slip, axle load, brake, etc.
汽车检测线智能化控制系统能实现尾气、噪声、灯光、侧滑、轴荷、制动等工位数据的自动采集控制。
The control system can realize working sites data automatic gathering and control of exhaust gas, noise, headlight, side slip, axle load, brake, etc.
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