Free arrangement is a very important kind of hyperplane arrangement.
自由构形是超平面构形中一类重要的构形。
The invention of hyperplane kinescopes is another technical innovation.
显像管的发明是又一次技术革新。
How to determine orientation of the separating hyperplane in LIBLINEAR?
如何确定方向LIBLINEAR分离超平面的吗?。
On the other hand, support vectors are the points that define the hyperplane.
另一方面，支持向量定义的平面的点。
Distribution of first fitting points on hyperplane is derived in the diffusion process.
求出了一类扩散过程关于超平面的首中点分布。
Support vector machine constructs an optimal hyperplane utilizing a small set of vectors near boundary.
支持向量机利用接近边界的少数向量来构造一个最优分类面。
The training data close to the hyperplane are extracted to form the improved learning machines by using linear clustering.
该类学习机利用线性聚类，提取距分类超平面较近的样本构造改进的学习机。
The main topic of this thesis is about central hyperplane arrangements with modular elements in their intersection lattice.
本文主要讨论了超平面构形的模元素及其应用。
The idea of this algorithm is to find the optimal solution in the feasible region by an iterative step from one basic standard hyperplane to another.
此算法的基本思想是在规划问题的可行域中由所建的一个切割面到另一个切割面的不断推进来求取最优的。
A partly analytical composite Monte-Carlo method on structural failure hyperplane was proposed to efficiently and accurately calculate structural reliability.
为了提高采用蒙特卡罗方法计算结构可靠度的效率和精度，提出了一种部分解析的失效面上的复合蒙特卡罗方法。
Based on the sliding mode control technique, the controller can drive the system into a pre-specified sliding hyperplane to obtain the desired dynamic performance.
基于滑模控制技术，确保了该控制器能驱赶系统状态达到事先指定的滑动超平面，从而获得预期的动态性能。
Necessary and sufficient conditions are given on the symmetry of points and n-1 dimensional hyperplane of function of many variables in then-dimensional Euclidean space.
在n维欧氏空间内，给出了多元函数分别关于点、n-1维超平面对称的充要条件。
In order to improve the computational efficiency, a branch algorithm for general integer linear programming problems on the objective function hyperplane shifts was presented.
为了提高求解一般整数线性规划问题的效率，提出了一种基于目标函数超平面移动的分支算法。
A method based on fuzzy theory is applied to explain the classification of SVM and its optimal hyperplane. An expression of fuzzy membership on doubtful classification area is listed.
应用模糊理论的方法对支持向量机分类及最优分类面进行了解释，对可疑分类区列出了模糊隶属度的表达式。
The former attempts to find an optimal hyperplane that maximize margin between two classes, and the later are designed to provide an explanation of the classification using logical rules.
前者寻求最大化两类间隔的最优分类超平面，后者用逻辑规则解释分类。
Distributions of the first hitting place and first hitting time for a conditioned Brownian motion to a hyperplane as well as its maximum excursions before hitting the hyperplanes are given.
给出了一类条件布朗运动关于超平面的首中位置与首中时间的分布，也给出了在首中超平面之前条件布朗运动的极大游程的分布。
Combining the new measure with the forward regression orthogonal least square (OLS), not only the parameters of the classification hyperplane, but also the important input nodes can be obtaind.
提出一种基于输入集分类函数的新的距离度量方法，它与前传回归的正交最小二乘法相结合，不仅可以学习分类超平面的参数，而且可以选择重要的输入节点。
The fuzzy membership of each sample is defined by affinity among samples, and by the training determine a threshold, noises and outliers are removed, which influence optimal separating hyperplane.
应用基于样本之间的紧密度确定每个样本的模糊隶属度，通过训练确定阀值，去除影响得到最优分类超平面的噪声和野点。
Pole placement method is used in the selection of hyperplane to simplify the design. This method is more convenient and with less computation than the method based on the quadratic performance index.
在开关超平面的选择上，采用了极点配置法，而不是基于二次型性能指标，从而减少了计算量，简化了设计。
Pole placement method is used in the selection of hyperplane to simplify the design. This method is more convenient and with less computation than the method based on the quadratic performance index.
在开关超平面的选择上，采用了极点配置法，而不是基于二次型性能指标，从而减少了计算量，简化了设计。
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