At last, this paper tests intersection signal control system.
最后，实现了交叉口信号控制系统测试。
The eventual realization of a traffic signal control and research.
最终实现了交通信号灯的控制与研究。
Also, the inclement weather signal control is analyzed and researched.
另外，本文对恶劣天气信号控制进行了分析和研究。
The combined dynamic user optimal assignment and signal control are studied.
研究了动态用户最优配流与信号控制的组合问题。
In this paper, an intersection signal control method using fuzzy logic is given.
该文给出了一种采用模糊逻辑进行路口信号灯控制的方法。
Traffic signal control model may select project select model or project build model.
交通信号控制模型可采用方案选择式或方案生成式。
Also, the inclement weather adaptive traffic signal control is analyzed and researched.
另外，本文对恶劣天气信号控制进行了分析和研究。
A model with hierachical structure is developed for urban traffic signal control system.
针对城市交通信号控制系统建立具有递阶结构的非线性规划模型。
First of all, the basic theory of intelligent signal control and fuzzy control is given.
首先介绍了智能信号灯控制、模糊控制的理论基础。
Traffic design and signal control are effective measures to alleviate and improve traffic.
交通设计和信号控制是缓解交通问题和改善交通现状有效技术措施。
Signal control cable applied the copper cored cable which may withstand 500 AC rated voltage.
信号控制电缆采用能耐交流额定电压500伏以上的铜芯电缆。
Road traffic signal controller is an important device in urban traffic signal control system.
道路交通信号控制机是城市道路交通信号控制系统中的重要设备。
The latest three-phase clock signal control method was used to control the working state of charge pump.
电路采用了预启动和衬底电位选择结构，并利用三相时钟信号方式控制电荷泵的工作状态。
Traffic signal control and route guidance are the two main ways of online administration for urban traffic.
交通信号控制系统与车辆路线诱导系统是城市交通流在线管理的两种主要方式。
With the standardization of the SIP protocal, it became the popular signal control protocol in the IP field.
随着SIP协议的标准化，该协议成为IP领域内运用广泛的信令控制协议。
The signal control of the isolated intersection has two basic parameters: the cycle length and the green split.
单交叉口的信号控制的基本参数有两个：周期时长和绿信比。
It has made experiment detection and rectification with signal control technology for the position signal error.
利用数字控制技术对位置信号误差角进行了实验检测及校正。
This paper presents single intersection signal control method based on multi-sensor information fusion technique.
本文介绍了基于多传感器信息融合技术的单交叉口信号控制方法。
For the practical demand of urban traffic signal control, an intelligent traffic signal control system is designed.
介绍了工业色谱仪中，压力等信号的智能检测与控制电路的设计与实现。
Therefore, the Settings to improve the traffic signal control system is very necessary and urgent practical problems.
因此，设置完善的交通信号管制系统是非常必要和迫切的现实问题。
In order to study adaptive traffic signal control method, intersection delay should be carefully analyzed and calculated.
为了研究交通信号的自适应控制方法，需要对交叉口延误进行定量的分析与计算。
Prediction of traffic queues at signalized intersection provides important information for traffic signal control and management.
预测信号交叉口的排队长度可以为交通信号控制和管理提供非常重要的信息。
This paper briefly introduces the superiority, limitation, basic working principles and control parameters of actuated signal control.
介绍交叉口感应信号控制的优越性和局限性、基本工作原理以及控制参数。
On single personal computer, simulating input-signal control and monitoring of programming, debugging, and running of PLC are realized.
在单台电脑上，能模拟PLC编程、实际运行和外部信号输入控制，并动态监视运行情况。
The signal control can be easily realized by this virtual CAM mechanism with good stability, high reliability, and better practical value.
这种虚拟凸轮机构能方便地实现电信号控制，稳定性好，可靠性高，具有很好的实用价值。
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。
In this paper, Fuzzy control is introduced into Intelligent Signal control system, and the whole control system is implemented in a single FPGA chip.
本文将模糊控制引入智能信号灯控制系统，并尝试着将整个控制系统在一片FPGA芯片上实现。
The phase design of intersection signal control is the first problem to solve in intersection automation design, directly affecting the control project.
相位设计是信号控制交叉口进行配时设计时需要首先解决的问题，直接决定着控制方案的效果。
The phase design of intersection signal control is the first problem to solve in intersection automation design, directly affecting the control project.
相位设计是信号控制交叉口进行配时设计时需要首先解决的问题，直接决定着控制方案的效果。
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