传统交通灯控制器多数由单片机或PLC实现。
Traffic light controller is usually developed by microprocessor or PLC.
介绍了一种基于CEBUS总线的交通灯控制系统。
This paper presents a traffic control system based on CEBUS.
交通灯控制系统在城市交通监管中起着极其重要的作用。
The traffic light controller has become an indispensable part of the traffic systems, playing an important role in the traffic supervision.
本程序是用VHDL语言设计的丁字路口的交通灯控制电路。
This program is designed with VHDL, the traffic light controlled T-junction circuit.
为此，通过我应用所学的知识设计了一套交通灯控制电路的方案。
Therefore, applied the knowledge through me which studied to design aset of traffic lights control circuit plan.
因此，一个好的交通灯控制系统，将给道路拥挤、违章控制等方面给予技术革新。
Therefore, a good traffic light controls system, will give road aspect such as being crowded, controlling against rules to give a technical improvement.
为了给交通灯控制提供更准确的信息，提出了瞬时停车延误的基本概念和量度方法。
To offer more information to the traffic lights controller, the concept of the instantaneous stop delay is defined and the corresponding measuring method is developed.
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。
This paper introduces an intelligent traffic light control system based on the Sunplus SPCE061A 16 bit MCU with the voice signal.
本文从交通灯信号灯的设计要求、设计原理、EWB仿真与调试展开论述，实现交通灯控制器的设计。
This article from the traffic light signal light design request, the principle of design, the EWB simulation and the debugging launches the elaboration, realizes the traffic light controller design.
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。
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.
基于DF - 1协议，采用罗克韦尔公司的控制器和罗克韦尔软件，对交通灯控制实验进行了设计及实现。
Based on DF1 protocol, the design and realization of traffic lights control experiment were studied using Rockwell controller and Rockwell software.
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。
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.
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。
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.
故特别适用于这里交通灯控制，采用汇编语言对80c51型单片机进行设计控制交通灯的工作，本系统实用性强能使交通灯更稳定的工作。
It is especially suitable for here, the assembly language lights control design for 80c51 SCM control type of traffic lights work, this system is strong practicability can make more stable job.
它控制交通灯，确保获得进出体育场馆的人群安全。
It controls the traffic lights and ensures the safety of the people getting in and out of the stadium.
中央计算机控制交通灯，现在让学生们先走。
The central computer controls the traffic lights, now let the students go first.
它控制交通灯，确保获得进出体育场馆的人群安全，为我们的眼镜镜片设计。
It controls traffic lights, gets crowds safely into and out of sports stadiums, designs the lenses in our spectacles.
本文探讨了一种新的交叉路口网交通灯的协调模糊控制方法。
In this paper, a new cooperative fuzzy control method of traffic lights is presented.
以泛布尔代数理论为依据，以城市主干道十字路口为研究对象，设计了一种新的交通灯逻辑控制模型。
Pan Boolean algebra-based logical control model of the traffic light is designed in this paper, with an illustration of crossroads in the urban trunk roads.
本文主要介绍了PLC控制全功能交通灯的实现方法，以及节省PLC输出点的一种实现途径。
The paper introduces the method of PLC control in traffic light and the saving method of the out-point of PLC.
介绍了一种新型实用交通灯单片机控制系统的设计方法。
This paper introduces a kind of new and practical traffic lights system which is based on single-chip microcomputer control.
同时将PLC的逻辑控制、数据运算、数据比较、数据传送通过程序有机的结合起来，既控制交通灯的变化，还有时间显示。
While PLC logic control, data operations, data comparison, data transmission through the process of combining organic and not only control the traffic light changes, as well as the time display.
交通灯的控制是城市交通系统中一个重要的问题。
The controlling of traffic lights is an important aspect in city traffic system.
本文通过实际的考察和参考真实的控制要求，利用可编程控制器来实现交通灯的自动控制。
This article first through the actual inspection and the reference real control request, USES the programmable controller to realize traffic light's automatic control.
基于对道路交叉路口车流量数据进行采集和统计分析，运用模糊理论构建了交通灯信号延时模糊控制器。
Based on the collection and statistics of the traffic flow for crossroads, the fuzzy controller for the delay time of traffic lights was constructed by the theory of fuzzy.
描述了基于ISP器件下设计的复杂交通灯信号控制器的电路图、ABEL—HDL描述语言编程。
We described the circuit diagram of Complex Traffic Controller Basing on ISP device and the programming of ABEL HDL language.
当穿过红绿灯的时候，交通灯可能就是利用计算机控制着。
If you are crossing at a traffic light, there probably is a computer controlling that traffic light.
本文采用模糊控制算法对四相位三车道单交叉口的交通灯进行控制。
This paper uses the fuzzy control algorithm carries on the control to four phases three traffic lanes single road intersections traffic light.
计算机数值模拟结果表明，交通灯对车流适当的延迟控制明显地优于交通灯对车流的同步控制。
The simulation indicated that the time delay control strategies of traffic lights show superiority over the synchronized traffic lights control.
计算机数值模拟结果表明，交通灯对车流适当的延迟控制明显地优于交通灯对车流的同步控制。
The simulation indicated that the time delay control strategies of traffic lights show superiority over the synchronized traffic lights control.
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