By the automatic traffic light control system.
靠的是交通信号灯的自动指挥系统。
This paper introduces an intelligent traffic light control system based on the Sunplus SPCE061A 16 bit MCU with the voice signal.
本作品采用的是以凌阳十六位SPCE061A单片机为开发核心，设计出的智能交通灯控制系统。
AHDL is used and FPGA device is chosen as target device in designing the intelligent traffic light control system, in which up to down designing method is applied.
使用AHDL语言，目标器件选用FPGA器件，采用自上向下的设计方法，设计智能交通灯控制系统。
The traffic light control system usually must realize the automatic control and the hand control. The traffic light control system based on FPGA is simple and reliable.
交通灯控制系统通常要实现自动控制和手动控制其红绿灯的变化，基于FPGA设计的交通灯控制系统电路简单、可靠性好。
About LED lights and traffic lights control system devices together, use each section of the traffic lights change to achieve the next section of the control of light intensity.
即将LED路灯装置与交通红绿灯控制系统结合在一起，利用每一路段红绿灯的转换实现对下一路段灯光强弱的控制。
In this paper, the traffic light automatic control system with PLC is introduced.
介绍了应用PLC实现交通信号灯的自动控制。
CPU 224 based on input and output points have certain limitations, the control system will show some light to show only a set of traffic lights work and stop instructions.
基于CPU 224的输入输出点数有一定的局限性，此控制系统将显示灯部分只表示出了一组红绿灯指示工作与停止。
Urban traffic is an important branch of transportation system. Traffic control, especially control of traffic signal light is a dominating part of urban traffic research.
城市交通是交通系统的重要组成部分，交通控制，特别是交通信号灯的控制是城市交通研究的主要内容。
Secondly, the framework and method of virtual experiment subsystem of control system network laboratory is presented. Developed traffic light control and DC motor control are introduced in the detail.
其次，介绍了控制系统网络虚拟实验子系统的构架和虚拟实验实现方法，并为虚拟实验子系统开发了交通灯控制和电机控制两个虚拟实验。
This paper mainly introduces the traffic light system based on PLC control design.
本文主要讲述了基于PLC控制的交通灯系统设计。
This paper mainly introduces the traffic light system based on PLC control design.
本文主要讲述了基于PLC控制的交通灯系统设计。
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