...广义方向导数 广义梯度 Lipschitz条件 (弱)有效解. [gap=569]Keywords】: Locally convex linear topological space, Generalized directional derivative, Generalized gradient, Lipschitzian condition,(weak)efficient solution.
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借助于这些集合和函数的定义思想，本文定义了E -凸锥、伪拟E -凸函数、E -凸函数方向导数等几种更广义的概念。
In this paper, with the aid of idea of defining those sets and functions, the definitions of E -convex cone, pseudo-quasi- E -convex functions, E -direction derivative are discussed.
其次讨论了一类新的广义梯度，这样的广义梯度能够充分利用已经有的方向导数的信息。
Secondly, the new generalized gradient is introduced to take advantage of the given directional derivative.
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