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arXiv 1805.01656math.OC
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具有可能空解集的凸优化问题的微分稳定性

Differential stability of convex optimization problems with possibly empty solution sets

Duong Thi Viet An, Jen-Chih Yao

摘要:

作为对An和Yen最近的两篇论文的补充[An,D. T. V.,Yen,N.D.:包含约束下凸优化问题的微分稳定性。应用分析,94,108- 128(2015)]和An和Yao [An,D. T. V.,姚,J. - C.:关于凸优化问题微分稳定性的进一步结果。J. Optim.理论应用,170,28- 42(2016)]关于无穷维凸优化问题最优值函数的次微分,研究了解集可能为空的凸优化问题的微分稳定性。通过对$\varepsilon$ -次微分应用一个合适的求和规则,我们得到了计算最优值函数的$\varepsilon$ -次微分的精确公式.文中还给出了几个说明性的例子。

英文摘要:

As a complement to two recent papers by An and Yen [An, D.T.V., Yen, N.D.: Differential stability of convex optimization problems under inclusion constraints. Appl. Anal., 94, 108--128 (2015)], and by An and Yao [An, D.T.V., Yao, J.-C.: Further results on differential stability of convex optimization problems. J. Optim. Theory Appl., 170, 28--42 (2016)] on subdifferentials of the optimal value function of infinite-dimensional convex optimization problems, this paper studies the differential stability of convex optimization problems, where the solution set may be empty. By using a suitable sum rule for $\varepsilon$-subdifferentials, we obtain exact formulas for computing the $\varepsilon$-subdifferential of the optimal value function. Several illustrative examples are also given.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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