1)  ARMAX
ARMAX
1.
Application of the Aircraft Fire Control System s Accuracy Test Based on ARMAX Model;
ARMAX模型在飞机火控系统精度试验中的应用
2.
ARMAX model and MIMO model of small scale unmanned helicopter are sonstructed in this way and then do simulation on the models.
并采用该方法建立了小型无人直升机系统的ARMAX模型和M IMO模型,还通过仿真对2种模型做了对比,结果显示M IMO模型能更精确地描述小型无人直升机系统。
2)  ARX/ARMAX model
ARX/ARMAX模型
3)  ARMAX model
ARMAX模型
1.
Method for forecasting short-term market clearing prices based on ARMAX model;
基于ARMAX模型的短期出清电价预测方法
2.
Homotopy approach to ARMAX model identification;
基于同伦(homotopy)关系的ARMAX模型的辨识算法
3.
Firstly, an ARMAX model was established with sample data under normal condition, and the residuals of ARMAX model were analyzed by Shewart control charts to obtain the thresholds of fault detection.
实验分析表明,基于ARMAX模型的故障检测方法够有效地检测挖掘机液压系统产生的故障。
4)  ARMAX
ARMAX模型
1.
Dynamic Parameter Identification of Steel Frame Structure Based on ARMAX Model and MA Parameter Updating;
基于ARMAX模型及MA参数修正的框架结构动态参数识别
5)  ARMAX models
ARMAX模型
1.
An adaptive predictive function control strategy using ARMAX models has been developed.
本文提出了基于 ARMAX模型的自适应预测函数控制 ,该算法的特点是占用内存少 ,计算速度快 ,并具有较强的鲁棒性 。
6)  ARMAX system
ARMAX系统
1.
Without introducing any external excitation to the system input, this paper gives consistent estimates for the coefficients of an ARMAX system, which is allowed to be unstable and of nonminimum-phase.
本文在不外加输入激励情况下,讨论了开环不稳定和非最小相位的ARMAX系统系数的一致估计。
2.
Without introducing any external excitation signal, we design an adaptive control for ARMAX system which may be open-loop unstable or nonminimum-phase based on weighted least squares estimate.
利用加权最小二乘为开环不稳定和非最小相位的ARMAX系统设计了一个适应镇定控制器,而且控制器设计不需任何外来激励信号。
3.
In this paper, without introducing external excitation signal we design an adaptive stabilization controller for ARMAX system which may be open-loop unstable or nonminimum-phase, and show that the closed-loop system is a stationary and invertiable ARM A system.
在不加外来激励信号的情况下,本文为开环不稳定和非最小相位的ARMAX系统设计了适应镇定控制器,并且证明了闭环系统是一个平稳可逆的ARMA系统。
参考词条
补充资料:Kayarus Black ARX
分子式:C48H40N13NaO13S3
分子量:1172.13
CAS号:6428-38-2

性质:灰色至黑色粉状物。溶于水呈黑色,在浓硫酸中呈红紫色,稀释后有黑紫色沉淀;在浓盐酸中有黑色沉淀;在浓烧碱液中有暗紫色沉淀。

制备方法:由4,4'-二氨基二苯胺-2-磺酸重氮化(一次重氮化),与γ-酸进行偶合(一次偶合),一次偶合物再重氮化(二次重氮化),而后与2-(间氨基苯胺基)乙醇进行偶合,然后经盐析、过滤及干燥而制得。

用途:本品的染棉或粘胶织物得青光灰至黑色。染蚕丝和粘胶丝交织物时,宜以酸性染料套染蚕丝,从而得到双色效果,染锦纶得红光灰色。染涤纶、腈纶得极浅灰色。本品以前广泛用于粘胶织物,针织物和绒毯等织物的染色和印花,色光较直接灰D稍灰与黄,再已用直接灰D代替。

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