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1·In this paper we investigate the convex set in a plane of constant curvature.

本文研究常曲率平面上的凸集，研究常曲平面上的凸集方法。

2·The concept of -generalized convex set-valued map is defined in linear topological space.

在线性拓扑空间中，定义了-广义锥凸集值映射的概念。

3·We first give a new definition, the support direction of a boundary point of a convex set.

给出了集合的边界点的支持方向的新概念。

4·The establishment of a recurrence relation in geometric convex set is the key to solve a problem.

几何凸集中递归关系的建立是求解问题的关键。

5·By using the generalized support function, we can get the integral for the power of chords of a convex set.

本文研究了凸域内定长线段的包含测度问题，利用广义支持函数和限弦函数，得到了一类特殊凸域的包含测度。

6·In this paper, firstly the concept of generalized convex set-valued map is defined in ordered linear topological Spaces.

在序线性拓扑空间中定义了广义凸集值映射。

7·Some relationships among the support function and indicator function of a convex set and their second-order epi-derivatives are given.

利用集合的表示函数、支撑函数、距离函数和投影等研究闭凸体的典范表示及点到边界的投影特征。

8·In this paper we consider the uncertainty of seismic strength using convex set approach other then the traditional probabilistic method.

采用非传统概率方法—凸集方法来考虑地震动强度的不确定性。

9·And the expression of its subdifferential is developed in the case that the effective domain of the sup-type function is a non-empty convex set.

在极大值函数的有效域为非空凸集的条件下研究了次微分，并给出它的结构表达式。

10·Based on the set theoretic formulation, a projection onto convex sets (POCS) algorithm is applied to find the solution to face image reconstruction.

通过迭代求解法和高斯金字塔模型，快速精确地估计得到配准参数，采用凸集投影（POCS）算法对图像序列进行了超分辨率重建。