在交通运输领域，相当于一块智能电表的是汽车上的一个车载单元。
In transport the equivalent of a smart meter is a vehicle's on-board unit.
以往这个车载单元只是一个简单的装置，当车辆通过收费公路入口处时，这个装置就起到了一个无线电频率身份识别标签的作用，但这个装置也开始实现智能化了。
That used to be a simple device, working like a radio-frequency identification tag when it passes under a gantry on a toll road, but it is also getting smarter.
技术应用的最突出部分是一个车载单元（简称OBU，一个用于交易的电子设备），通常被安装在卡车的仪表板上。
The most visible expression of this is the On-Board Unit, or OBU—an electronic jack-of-all-trades usually installed on a truck's dashboard.
技术应用的最突出部分是一个车载单元（简称OBU，一个用于交易的电子设备），通常被安装在卡车的仪表板上。
The most visible expression of this is the On-Board Unit, or OBU—an electronic jack-of-all-trades usually installed on a truck's dashboard.
为了实现车载导航仪和发动机ecu(电子控制单元)的通信，提出了一种方案。
In order to achieve communication between vehicle navigator and engine ECU (Electronic Control Unit), a programme is proposed.
阐述车载自诊断系统对传感器、电控单元、执行器和多路传输系统的诊断原理；
The author describes diagnostic principles of the OBD(On Board Diagnostic)system for sensors, ECU, actuators and SWS(Smart Wiring System).
目前，车载定位导航系统作为智能车辆系统的一个重要单元正成为研究的热点。
Nowadays, the navigation system for vehicles, a popular research problem, has become an important unit of ITS.
介绍了一种特殊的车载燃料电池诊断装置，该装置包括控制单元、燃料气体供给单元、电力调整单元、冷却单元和电力消耗单元。
The paper presented a special vehicle fuel cell diagnosis device which including control unit, fuel gas supply unit, power conditioning unit, cooling unit, and electric power consumer unit.
针对车辆自组网的应用场景和功能要求，设计实现了一种嵌入式车载单元。
An On-Board Unit (OBU) is designed and implemented on embedded platform responding to the application scenarios and functional requirements of Vehicle Ad Hoe Network (VANET).
而非偏远地区，由于小单元的尺度的限制，也使在高速疾驰车辆内的车载通讯不能实现快捷的通讯。
This makes PHS suitable for dense urban areas, but impractical for rural areas, and the small cell size also makes it difficult if not impossible to make calls from rapidly moving vehicles.
针对车载雷达机动性强、系统要求快速恢复等特点，提出了一种与天线控制单元相结合的自动标校方法。
A new method is proposed according to features of strong maneuverability and highspeed renewal of vehicle borne radar system.
针对车载雷达机动性强、系统要求快速恢复等特点，提出了一种与天线控制单元相结合的自动标校方法。
A new method is proposed according to features of strong maneuverability and highspeed renewal of vehicle borne radar system.
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