Existence Results for Set-Valued Vector Quasiequilibrium Problems
P. H. Sach () and
L. A. Tuan
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P. H. Sach: Institute of Mathematics
L. A. Tuan: Ninh Thuan College of Pedagogy
Journal of Optimization Theory and Applications, 2007, vol. 133, issue 2, No 7, 229-240
Abstract:
Abstract This paper deals with the set-valued vector quasiequilibrium problem of finding a point (z 0,x 0) of a set E×K such that (z 0,x 0)∈B(z 0,x 0)×A(z 0,x 0), and, for all η∈A(z 0,x 0), $$(F(z_{0},x_{0},\eta),C(z_{0},x_{0},\eta))\in\alpha,$$ where α is a subset of 2 Y ×2 Y and A:E×K→2 K ,B:E×K→2 E ,F:E×K×K→2 Y , C:E×K×K→2 Y are set-valued maps, with Y is a topological vector space. Two existence theorems are proven under different assumptions. Correct results of [Hou, S.H., Yu, H., Chen, G.Y.: J. Optim. Theory Appl. 119, 485–498 (2003)] are obtained from a special case of one of these theorems.
Keywords: Vector quasiequilibrium problems; Set-valued maps; Existence theorems; Diagonal quasiconvexity (search for similar items in EconPapers)
Date: 2007
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DOI: 10.1007/s10957-007-9174-4
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