在磁道钉导航的自动公路系统中，在车道中心线上埋置间距相同的磁道钉作为车辆的导航标记。
In Automated Highway System based on magnetic marker guidance, the navigation facilities refer to magnetic markers in the central road with same interval.
自动公路系统的关键技术之一是车道保持系统，它是在道路导航设施和车载传感器等基础设施上，实现车辆自动行驶在期望的车道上。
Lane keeping system is one of the key technologies of AHS in which vehicle can be run following the anticipant lane automatically based upon the navigation installation and vehicle - mounted sensors.
针对这个问题，有人提出使用自动化公路系统作为解决方案。
One proposed solution to this problem is the automated highway system.
考虑到所有这些安全运用自动化交通运输系统的经验，开发由自动控制操纵的公路车辆算不上什么大的飞跃。
Given all of this experience in implementing safe automated transportation systems, it is not such a large leap to develop road vehicles that can operate under automatic control.
随着技术的进步，我们不难设想自动化公路系统上的行车过程。
With advances in technology we can readily visualize your trip on an automated highway system.
在圣迭戈以北10英里的15号州际公路一段8英里长的路面上，交通工程是正在安装一个由麻省理工学院设计的引进“自动司机”的系统。
On an eight-mile stretch of Interstate 15 ten miles north of San Diego, traffic engineers are installing an MIT-designed system which will introduce the "automated driver."The
目前这已成为一个可以实现的希望。随着技术的进步，我们不难设想自动化公路系统上的行车过程。
This is now a realistic prospect. With advances in technology we can readily visualize your trip on an automated highway system.
这里介绍了目前较为先进的自动撮合式公路货运电子商务系统。
This paper introduces the advanced electronic commerce system of automatic match form of highway freight transport.
本文研究高速公路隧道照明测控技术，开发用于隧道照明检测的照度仪、亮度仪及隧道照明自动控制系统。
In this dissertation, we research on the controlling and measuring technology of highway tunnel lighting, illuminometer, luminometer and an auto-control system were developed.
前面的公路一旦恢复畅通，主动巡航控制系统就自动加快车速，一直到你预先设定的车速为止。
Once the road ahead is free again, Active Cruise Control will accelerate your car automatically to the pre-selected speed.
本文所研究的系统可应用于路面破损的自动检测，并且可以为公路管理和养护部门的决策提供科学客观的基础数据支持。
This system can be applied to automatic detection of damaged road, the system can also provide the scientific data to the road management and maintenance department.
高速公路路面自动检测系统是一个复杂的系统。
The automatic inspection system of highway road surface is a complicated system.
基于非线性车辆动力学方程和固定车辆间距跟随策略，对具有时间滞后的自动化公路系统车辆纵向跟随控制问题进行了研究。
Based on the nonlinear vehicle kinetic equations and constant spacing policy, the control strategy for vehicle longitudinal following system with delay was studied for automated highway system.
根据公路隧道的功能要求和特点，采用西门子的全集成自动化技术，设计了公路隧道监控系统。
According to the function demands and the characteristics of the road tunnel, the monitoring system for the road tunnel is designed with SIEMENS total integration automation technology.
本系统针对高速公路现状及收费特点，对磁卡半自动收费系统进行了分析与设计。
Complying with the present condition of expressway and characteristic of toll collection, analysis and design of magnetic card semi-automatic toll collection system have been accomplished.
为建立快速高效的高速公路意外事件自动检测系统，提高意外事件救援效率，就高速公路意外事件检测中的关键技术进行了研究。
The key technology of freeway accident detection was studied in order to set up a quick and efficient accident detection system and promote the efficiency of accident rescue.
不停车电子自动收费系统是提高高速公路车辆通过率的关键技术设备之一。
No stop electronic toll collection system (NSETCS) is the key device that increases the vehicle passing rate on the expressway.
这类系统在计算机磁盘驱动器、受约束机器人控制、人工智能、工业自动化和高速公路控制等许多实际问题中有着广泛的应用。
Switched systems are widely used in many practice problems, such as computer disc drivers, constrained robotic systems, industrial process control and intelligent vehicle highway systems, etc.
介绍了一种新型的电子收费系统，利用红外光通信技术代替微波通信，在高速公路上实现全自动收费。
This paper introduces a new Electronic Toll Collection (ETC) design, which adopts infrared wireless communication technology instead of RF wave communication.
介绍一种用于公路、桥梁不停车收费的完善的感应式IC卡电子自动收费系统。
A kind of no stop electronic toll collection systems (NSETCS) for roads and bridge is introduced.
美国联邦航空局目前正在拟订一项“公路的天空”的技术；基本三维公路全球定位系统为基础的自动跟踪。
The US FAA is currently developing a "highways in the sky" technology; basically 3D highways based on automated GPS tracks.
美国联邦航空局目前正在拟订一项“公路的天空”的技术；基本三维公路全球定位系统为基础的自动跟踪。
The US FAA is currently developing a "highways in the sky" technology; basically 3D highways based on automated GPS tracks.
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