1) liquid increasing matrix
流量增益矩阵法
2) gain matrix
增益矩阵
1.
A method for computing the gain matrix is given based on the modal coordinate equation.
在广义模态坐标的基础上讨论了增益矩阵的计算方法。
3) increment transfer matrix method
增量传递矩阵法
1.
An increment transfer matrix method based on step-by-step integration method and traditional transfer matrix method was put forward.
基于多段集中质量模型和增量传递矩阵法,并结合Riccati法,建立了汽轮发电机组轴系弯扭耦合振动瞬态响应求解模型。
4) traffic matrix
流量矩阵
1.
A link weights tuning scheme by dynamic traffic matrix;
基于动态流量矩阵的网络链路权值调整方法
2.
Traffic matrix, as an important input of network traffic engineering, is widely researched by the worldwide researchers and becomes currently an important research area of Internet.
流量矩阵作为网络流量工程的重要输入参数,已受到国内外研究人员的广泛研究,现已成为Internet的一个重要研究方向。
3.
To reduce the estimation s complexity,an algorithm for traffic matrix estimation based on generalized linear inversion theory was proposed.
针对源—目的(OD)流量估计解的不稳定性和求解方法的复杂性,将广义线性反演应用于大尺度网络流量矩阵估计,降低求解方法的复杂性;采用奇异值分解(SVD)获得阻尼系数,提高了求解的稳定性;采用历史均值和链路测量数据相结合决定反演初值,降低多解性。
5) flow gain
流量增益
1.
The dynamic performance of this system is deeply influenced by its main dynamic parameters,such as flow gain and flow-pressure coefficient,which are influenced directly by hatch sizes and aera grades of valve and provide the theoretical basis for choosing and designing such system.
非对称阀控制非对称缸常见于液压伺服系统中 ,其主要动态性能参数如流量增益、流量 -压力系数对该类系统的动态性能有重要的影响 。
6) relative gain array
相对增益矩阵
1.
Nonlinear control strategy was employed into this model to solve the optimizing control over full operating range, the relative gain array and the relative nonlinear measure were used to analyze the coupling and nonlinearity at various operating points, respectively.
首先分析线性化模型的可控可观性、非最小相位特性、基于相对增益矩阵的耦合性、配对策略和基于相对非线性测度的非线性度等,认为该非线性锅炉模型是控制器设计和控制算法评价的标准问题;然后给出状态反馈线性化设计步骤、控制系统结构和鲁棒稳定性的理论保证;最后,仿真验证该非线性控制策略具有良好的设定值跟踪性能,对外扰和负荷扰动以及参数摄动均具有鲁棒性。
2.
Next,for each modulation signal scheme,the interaction degrees among the multi-HVDC supplementary control loops are quantitatively investigated by use of the relative gain array(RGA).
首先利用留数分析法选出那些对目标模式可观性最好的广域信号,与直流电流整定点处的输入信号组成配对调制信号方案;其次针对每种调制信号方案,利用相对增益矩阵(relative gain array,RGA)方法量化地考察多直流附加控制回路间的交互影响程度;而后基于RGA方法分析的量化结果,根据RGA的特性为给定的控制点选取最佳直流附加调制信号。
补充资料：增益法
【增益法】
（修法）(参见：增益)。
（修法）(参见：增益)。
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