This paper presents a summary of Urban Traffic Control Systems.
本文给出了城市交通控制系统的概述。
Urban traffic control models are one of the basic tools for the analysis and design of transportation systems.
城市交通控制模型是交通网络系统分析和设计的基础工具之一。
Multisource traffic information processing is the key to cooperation between urban traffic control and dynamic route guidance.
多源交通信息处理是交通控制与交通诱导实现协同的基础和关键。
Different advanced urban traffic control systems based on traffic control theory can not meet the need of traffic situation of China.
基于现有交通控制理论建立的各种先进的城市交通控制系统，无法完全适应我国目前的混合交通现状。
Along with the wide application of the Urban traffic control (UTC) system, traffic control center can collect a mass of traffic flow data.
随着城市各种交通控制系统(utc)的广泛应用，交通控制中心能够采集大量的交通流数据。
The intelligent collaboration between urban traffic control and dynamic route guidance is studied after the relationship of them is analyzed.
交通信号控制和动态交通诱导是城市交通管理的两个主要手段，两者智能协作能提高城市交通管理效率。
Urban Intelligent Transportation system consists of several subsystems, and urban traffic control system and traffic guidance system are the key ones.
城市智能交通系统包括多个子系统，其中交通控制系统和交通诱导系统都是关键的子系统。
Therefore, the urban traffic control system is a large complex nonlinear system which poses many new problems and challenges for traffic signal control methods.
因此，城市交通控制系统是一个复杂的非线性大系统，为交通信号控制方法提出了很多新的问题和挑战。
The thesis introduced research status of Urban Traffic Control and Route Guidance System, analyzed necessity of Urban Traffic Control and Route Guidance System collaboration research.
本文简要地介绍了城市交通控制与诱导系统的研究现状，分析了控制与诱导一体化研究的必要性。
UTCS (urban traffic Control System) and UTGS (urban traffic Guidance System) are the core parts of ITS (Intelligence Transportation System) in the Real-time management of urban traffic.
城市交通控制系统(utcs)和城市交通诱导系统(utgs)是智能交通系统(its)对道路交通进行在线实时管理的核心部分。
According to the traffic characteristics in big cities where the advanced urban traffic control system have been installed, a real-time traffic volume fuzzy prediction system is proposed.
针对安装了先进的交通控制系统的城市的交通持点，设计了一个实时流量模糊预测系统。
Have recommended being based on urban traffic control system in the article, combine advanced network technology of Internet and build up the scheme of the dynamic traffic information net.
文中介绍了以城市交通控制系统为基础，结合先进的互联网网络技术建成动态交通信息网的方案。
Then systematic study has been made according to theory and methodology of Intelligence Engineering and the architecture of Integrated Intelligent Urban Traffic Control System is presented.
进而运用智能工程的理论和方法，通过系统分析城市交通控制，提出集成智能城市交通控制系统的体系结构。
Modern traffic-responsive Urban Control (TUC) additionally takes public transport into account.
现代交通感应城市控制(TUC)系统又将公共交通纳入其中。
In allusion to the problems in the traffic control system, the article present the urban traffic signal control system based on fuzzy control.
本论文针对当前交通控制系统中存在的问题，提出了基于模糊控制的城市交通信号控制系统。
The advanced urban traffic signal control system has an important effect on improving the traffic condition and sufficiently utilizing roadway capacity of the existing road.
先进的城市交通信号控制系统对改善交通状况，充分利用现有道路的通行能力起着重要作用。
A sort of project of an urban traffic signal control system is presented in the dissertation based on the weakness of intelligent traffic control system.
文章针对现有城市交通信号控制系统的不足之处，提出了一种城市交通信号控制系统的设计方案。
Control of urban traffic pollution the motor vehicle emission should be controlled.
控制城市交通污染，必须严格控制机动车的排放。
Practical prediction research of urban traffic flow shows that this model has famous predicted precision, and it can provide exact reference for urban traffic programming and control.
实际的城市交通流量预测研究表明，该模型具有较高的预测精度，可以为城市交通规划和控制提供准确的参考。
So with this as the starting point of the paper, we studied on the urban traffic junction coordination control in order to ease the growing tension congestion and improve traffic efficiency.
因此本文以此为出发点，开展了对城市交通干线交叉口协调控制的相关研究，以缓解日趋紧张的交通拥挤问题，提高交通效益。
It is not necessary for fuzzy control to built exact mathematic model about the controlled object, so fuzzy control is applicable especially to control urban traffic with great random characteristic.
模糊控制不需建立被控对象的精确数学模型，特别适用于具有较大随机性的城市交通控制。
Traffic signal control and dynamic route guidance are two main means of urban traffic management. Intelligent collaboration between them can improve the traffic management efficiency.
交通信号控制和动态交通诱导是城市交通管理的两个主要手段，两者智能协作能提高城市交通管理效率。
The simulation result indicates that the control algorithm can greatly reduce vehicle delay, it is a practicable and useful method for urban intelligent traffic control.
仿真研究表明：该控制算法能够大大减少车辆延误时间，是进行城市智能交通控制的一种实用且行之有效的方法。
Those control systems can resolve urban traffic problems very well in a way, but there are defects and shortcomings by view of the status of urban traffic in our country.
早期的控制系统虽然在某种程度上能较好的解决交通问题，鉴于中国城市交通现状，这些系统也存在着一些缺憾和不足。
Urban Traffic Signal Control System and Urban Traffic Flow Guidance System were the important part of ITS.
城市交通信号控制系统和城市交通流诱导系统是智能交通系统的重要组成部分。
Urban Traffic Signal Control System and Urban Traffic Flow Guidance System were the important part of ITS.
城市交通信号控制系统和城市交通流诱导系统是智能交通系统的重要组成部分。
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