When the network traffic is quite moderate, the feedback signal will encourage the adaptive user to increase the data package transmission.
当网络流量相对较少时，反馈信号将鼓励适应性用户增加其想要发送的数据包数量。
This paper introduces an advanced traffic signal controller, which can not only implement multi-time block control, but also can be connected with network in order to realize on-line control.
介绍一种技术性能比较先进的交通信号控制机，这种信号机不仅能够自动地进行多时段控制，还可以接入网络实现在线控制；电路设计采用模块式的电路结构，可根据用户的功能需要增减模块电路。
In this paper, a practical conclusion has been arrived at that we can transform the nonstationary and growing network traffic to the domain of the stationary signal by the ARIMA modeling.
利用ARIMA模型法，在研究网络流量具有成长性、非平稳性的基础上得到了更为实用的结论。
When the network traffic is too much and network congestion has occurred, the feedback signal will help the adaptive users to decrease the data package transmission.
当网络流量过多使网络出现拥挤时，反馈信号将使适应性用户做出减少数据包发送的反应。
The basic idea deals with our country nowadays city traffic network structure and traffic flow based on traffic signal area control theory.
本系统的基本思想是针对我国现行城市路网结构及交通流的具体特点，基于交通信号区域控制理论展开的。
The basic idea deals with our country nowadays city traffic network structure and traffic flow based on traffic signal area control theory.
本系统的基本思想是针对我国现行城市路网结构及交通流的具体特点，基于交通信号区域控制理论展开的。
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