1)polytopic uncertainty多面体不确定性
1.For parameter uncertainties, norm-bounded uncertainty is used with the small gain theory in the robust stability analysis and the polytopic uncertainty is primarily used for quadratic stability analysis.对于参数不确定性来说，范数有界的不确定性用于基于小增益定理的鲁棒稳定性分析，而多面体不确定性则多用于二次型稳定性分析。
2)polytopic uncertainty凸多面体不确定性
1.Meanwhile,by transforming the proposed condition,this conclusion also is applied to the study on the stability performance of the time-delay system with polytopic uncertainty.同时,本文还把得到的结论通过形式转换应用于研究具有凸多面体不确定性模型的时滞系统的稳定性性能。
3)convex polytopic uncertainty凸多面体不确定性
4)polytopic uncertain systems多面体不确定系统
1.Robust model predictive control for continuous-time polytopic uncertain systems;连续时间多面体不确定系统的鲁棒预测控制
5)Multi-attribute uncertain factors decision method不确定性多属性
英文短句/例句
1.Improvement of Evidential Reasoning Approach for Multiple Attribute Decision Making under Uncertainty;不确定性多属性决策中的ER方法改进
2.The Revision for the Uncertain Multiple Attribute Decision Making Models;一种不确定性多属性决策模型的改进
3.Method of Determining Entropy Weights on Attributes in Uncertain Multiple Attribute Decision Making;不确定性多属性决策中确定属性熵权的一种方法
4.A Ranking Approach for Interval Numbers in Uncertain Multiple Attribute Decision Making Problems;不确定性多属性决策中区间数的一种排序方法
5.A method based on interval numbers in uncertain multi-attribute decision-making and application区间数不确定性多属性决策方法应用研究
6.An Error Propagation Method for Assessing Entropy Weights in Uncertain Multiple Attribute Decision Making;不确定性多属性决策中确定熵权的一种误差分析方法
7.Determine the Weights of Uncertain Multi-Attribute Decisionmaking and Its Application;不确定型多属性决策的权系数确定及其应用
8.A Multipe Attribute Decision Making Method Based on Uncertain IOWGA Operator;基于不确定IOWGA算子的多属性决策方法
9.Approaches to Uncertainly Multi-Attribute Decision-Making with Preference Information有偏好信息的不确定多属性决策途径
10.Multiple Attribute Decision Making Based on the Interval Numbers Certainty and the Uncertainty Interact on Each Other基于区间数确定性与不确定性相互作用点的多属性决策
11.The data source properties specified do not refer to a multidimensional source. Are you sure you want to set these properties?指定的数据源属性并不引用多维源。确实要设置这些属性吗？
12.Method for uncertain multiple attribute decision making based on estimation of attribute value functions;基于属性价值函数估计的不确定多属性决策方法
13.Singular-objective optimization method of uncertain multi-attribute decision-making;不确定多属性决策的单目标优化方法研究
14.A Statistical Method for the Uncertain Multi-Attribute Decision Making with Interval Values;一种区间型不确定多属性决策的统计方法
15.Uncertain aggregator and its application to multiple attribute decision making;不确定集结算子及其在多属性决策中的应用
16.Method of Uncertain Linguistic Multiple Attribute Decision Making with Preference to Alternatives;对方案有偏好的不确定语言多属性决策方法
17.A Method for Uncertainty Multiple Attribute Decision Making Based on Ideal Incidence Degree;基于理想关联度的不确定多属性决策方法
18.Study on Multi-Attribute Decision-Making Problem with Uncertain Information;一类不确定信息下的多属性决策问题的研究
相关短句/例句
polytopic uncertainty凸多面体不确定性
1.Meanwhile,by transforming the proposed condition,this conclusion also is applied to the study on the stability performance of the time-delay system with polytopic uncertainty.同时,本文还把得到的结论通过形式转换应用于研究具有凸多面体不确定性模型的时滞系统的稳定性性能。
3)convex polytopic uncertainty凸多面体不确定性
4)polytopic uncertain systems多面体不确定系统
1.Robust model predictive control for continuous-time polytopic uncertain systems;连续时间多面体不确定系统的鲁棒预测控制
5)Multi-attribute uncertain factors decision method不确定性多属性
6)uncertain multi-attribute不确定多属性
1.Study on Evaluating Urban Traffic System Based on Uncertain Multi-attribute Calculation;基于不确定多属性计算评价城市交通系统的方法研究
延伸阅读
多面体生长稳定性多面体生长稳定性stability of polyhedron growth 得到多面体生长中界面浓度分布是不均匀的。这与早期W.F.伯格(Berg)的实验结果相一致。多面体顶角处浓度最高。这些顶角处是对稳定性干扰最危险的区域。切尔诺夫的研究结果表明，晶体生长的各向异性显著地增加界面稳定性，各向异性系数愈大，多面体的边数愈多，多面体愈稳定。(洪静芬)多面体生长稳定性stability。f polyhedrongrowth表面由光滑界面构成的晶体，其形态能否持续保持生长下去的性能。在自由生长系统(气相、溶液生长系统)中，晶体可以自由地表现出生长速率的各向异性，各晶面以一定的生长速率生长，按晶面淘汰法则，在生长过程中快面消失，晶体由光滑界面(惯态面或慢面)构成多面体。 光滑界面与粗糙界面在微观结构上有差异，因而其生长“习性”不同。粗糙界面上到处是生长位置，当受到温度或浓度干扰，界面易于调整本身的形状与热量或溶质扩散场相适应。而光滑界面生长是不连续的，生长是通过台阶的产生和台阶沿界面的运动实现的，对于温度和浓度干扰响应比较迟缓。台阶沿光滑面的运动有消除界面上几何干扰的作用。 A.A.切尔诺夫(Chernov)引入生长速率各向异性系数，运用“干扰技术”分析光滑界面生长稳定性，
