1) signal control system
信号控制系统
1.
Construction and application of boom fluctuation signal control system of retail commerce;
零售商业景气波动信号控制系统的构造与应用
2.
The techniques for the excavation expansion of the inclined well of Tongbo pumped-storage power station are optimized on the basis of summing up the previous construction experience from similar projects,especially its lifting system,signal control system and drill blasting,which creates new situation of the construction of inclined well.
桐柏抽水蓄能电站斜井扩挖在总结以往类似工程施工经验的基础上,对提升系统、信号控制系统及扩挖钻爆等工艺进行了优化,开创了斜井施工的新局面,为我国抽水蓄能电站大洞径、长斜井开挖积累了宝贵的经验。
2) signaling system
信号控制系统
1.
After a brief introduction of the reliability centered maintenance(RCM) system,this paper analyzes the application of RCM in the signaling system of Nanjing Metro Line 1,argues that this technology could help to lower the maintenance cost and enhance the stability and security of metro signaling system.
分析了该项技术在我国地铁信号控制系统中的应用,并结合南京地铁运营的实际情况给出了实例验证。
2.
The signaling system is an essential part in urban mass transit.
分析了德国西门子城市轨道交通LZB信号控制系统的功能和结构,重点剖析了该系统中可借鉴的特点与长处。
3) control and signal system
控制与信号系统
1.
Electrical devices in the control and signal system for substation are expressed as component model with input-control-output, and the system simulation model with certain visibility, commonality and expansibility is established.
本文用“输入—控制—输出”模型描述变电站控制与信号系统中的各种电气设备,创建具有一定可视性、通用性和开放性的系统仿真模型。
4) traffic signal control system
交通信号控制系统
1.
The new generation of traffic signal control system ACTRA was introduced.
对新一代的交通信号控制系统(ACTRA)进行了简要介绍,对国内应用现状进行了分析,指出该系统的工作模式和模块化设计的结构特点,重点对系统的控制优化算法进行了研究,对Synchro仿真软件在ACTRA系统中的应用进行了探讨。
2.
This paper introduces mainly the general situations, the structures,the characteristics of traffic signal control systems SCOOT and ACTRA,and on the base of these,contrastively analyzes respective advantage of these two systems.
介绍了SCOOT和ACTRA交通信号控制系统的系统概况、系统结构及特点,并在此基础上对2种系统各自的优势进行了对比分析,最后介绍了2种交通信号控制系统目前在北京市的应用情况。
3.
Resonable density of urban arterial street network meeting requirements of following two aspects is discussed: requirement of reasonable density of public transportation network, and requirement putting urban traffic signal control system into producing the desired reasult.
从城市公共交通路网密度的需要和实效使用城市交通信号控制系统的需要两方面来探讨符合基本要求的城市干道网密度。
5) traffic signal wireless control system
无线交通信号控制系统
1.
A traffic signal wireless control system is introduced which is the organic combination between advanced short-range wireless communication (Zigbee) technology and control technology of photocoupler-solid state switch.
介绍了一种无线交通信号控制系统,该系统是先进的短程无线通信(Zigbee)技术和光耦-固态开关控制技术的有机结合,其性价比高,特别适合应用于没有通信网络的路口、道路和桥梁的交通信号控制。
6) adaptive signal control system
自适应信号控制系统
1.
In order to develop traffic flow forecast model that suit to adaptive signal control system.
为研究适合自适应信号控制系统的流量预测模型,利用ARIMA模型进行数据预处理的基础上,考虑高阶神经网络收敛速度慢及易陷入局部最小点的特点,通过在线调整学习率及引进动量法对其进行改进,得出基于ARIMA与改进的高阶神经网络的组合预测模型,试验表明预测的交通流量满足自适应信号控制系统实时在线多频优化的时间及精度要求。
补充资料：反馈控制(见控制系统)
反馈控制(见控制系统)
feedback control
于。。伙。]伙ongZ片}反馈控制(几edbaekcontrol)见拉制系统。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条