But all the traffic light control systems are working in standing sequence, and are unable to make adjustment with different traffic flow.
但现有的交通信号灯控制系统都是单一的固定时序控制，不能够根据实际交通状况进行调节控制。
In this paper we present a multi-phase traffic light control strategy based on the length of the waiting queue according to fuzzy control theory.
本文应用模糊控制原理，设计了一种考虑车辆等待长度的单交叉口多相位交通自适应控制策略。
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。
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。
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