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Higher-Order Duality for Minimax Fractional Type Programming Involving Symmetric Matrices

Higher-Order Duality for Minimax Fractional Type Programming Involving Symmetric Matrices
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摘要 Convexity and generalized convexity play important roles in optimization theory. With the development of programming problem, there has been a growing interest in the higher-order dual problem and a lot of related generalized convexities are given. In this paper, we give the convexity of (F, α ,p ,d ,b , φ )β vector-pseudo- quasi-Type I and formulate a higher-order duality for minimax fractional type programming involving symmetric matrices, and give the weak, strong and strict converse duality theorems under the condition of higher-order (F, α ,p ,d ,b , φ )β vector-pseudoquasi-Type I. Convexity and generalized convexity play important roles in optimization theory. With the development of programming problem, there has been a growing interest in the higher-order dual problem and a lot of related generalized convexities are given. In this paper, we give the convexity of (F, α ,p ,d ,b , φ )β vector-pseudo- quasi-Type I and formulate a higher-order duality for minimax fractional type programming involving symmetric matrices, and give the weak, strong and strict converse duality theorems under the condition of higher-order (F, α ,p ,d ,b , φ )β vector-pseudoquasi-Type I.
机构地区 不详
出处 《Applied Mathematics》 2011年第11期1387-1392,共6页 应用数学(英文)
关键词 HIGHER-ORDER (F α p d b φ Vector-Pseudoquasi-Type I HIGHER-ORDER DUALITY MINIMAX FRACTIONAL TYPE PROGRAMMING Positive Semidefinite Symmetric Matrix Higher-Order (F α p d b φ )β Vector-Pseudoquasi-Type I Higher-Order Duality Minimax Fractional Type Programming Positive Semidefinite Symmetric Matrix
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