说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 词典 -> 畸形约束极值点
1)  constrained monstrosity extremum point
畸形约束极值点
1.
Optimization of the problem with constrained monstrosity extremum points;
具有畸形约束极值点问题的优化
2)  circular pole constraints
圆形极点约束
3)  constrained optimizations
极值约束
1.
The paper discusses the constrained optimizations problem of the inhomogeneous eigenvalue for symmetric triple diagonal matrix.
提出并讨论了基于极值约束的对称三对角矩阵的非齐次特征问题 ,且给出了数值算法和算例 。
4)  constrained extreme value
约束极值
1.
This paper gives the second order ample condition of Lagrange multiplier rule of constrained extreme value with the quadratic form,and proves it by use of counterevidence with the help of Lagrange theorem of mean value and Taylor formula;meanwhile,further strengthens hypothesis and its deduction is obtained according to the lemma and the above ample conditio
以二次型形式给出约束极值拉格朗日乘数法的一个二阶充分条件,并用反证法由拉格朗日中值定理及泰勒公式予以证明;同时进一步加强假设,由引理及上述充分条件得到其推论。
5)  pole constraint
极点约束
1.
Research on ship ant rolling control with robust pole constraint;
鲁棒极点约束的船舶减摇控制研究
2.
Firstly,based on the T-S fuzzy model of ASV re-entry attitude dynamic system,considering external disturbance and system uncertainties,the stabilization problem of angular rates and attitude angles is studied,then combining with pole constraints,an existence condition for H_∞fuzzy guaranteed cost control law with pole constraints is derived.
首先基于ASV再入姿态动态系统的T-S模糊模型,考虑外界干扰和系统的不确定性,考察了姿态角速率和姿态角的镇定问题,然后结合极点约束,导出了具有极点约束的H_∞模糊保性能控制律存在的条件。
3.
The uncertain attitude dynamic system descriptor during ASV’s (aerospace vehicle’s) re-entry phase based on T-S fuzzy model with parameter perturbation is considered firstly, then, the stabilization problems of attitude angles and angular velocity errors are researched, and combined with disk pole constraints, a condition for the existence of fuzzy guaranteed c.
研究了空天飞行器(ASV)再入姿态的具有闭环极点约束的模糊保性能控制律的设计问题。
6)  unconditional extreme value
无约束极值
补充资料:肋骨隆凸畸形或剃刀背畸形


肋骨隆凸畸形或剃刀背畸形
razor back

原发性侧凸常伴有旋转畸形,旋向凸侧,椎体凸侧增大,肋骨背突起,站立位向前弯时最明显。
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