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On the solution stability of variational inequalities
Authors:B. T. Kien  M. -M. Wong
Affiliation:(1) Department of applied Mathematic, National Sun Yat-Sen University, Kaohsiung, 804, Taiwan, Republic of China;(2) Department of information Technology, Meiho Institute of Technology, Pintaung, Taiwan
Abstract:In the present paper, we will study the solution stability of parametric variational conditions
$${{0 in f(mu, x)+ N_{K(lambda)}(x)},}$$
where M and Λ are topological spaces, $${f : M times R^n to R^n}$$ is a function, $${K : Lambdato 2^{R^n}}$$ is a multifunction and N K(λ)(x) is the value at x of the normal cone operator associated with the set K(λ). By using the degree theory and the natural map we show that under certain conditions, the solution map of the problem is lower semicontinuous with respect to parameters (μ,λ). Our results are different versions of Robinson’s results [15] and proved directly without the homeomorphic result between the solution sets. B. T. Kien was on leave from the National University of Civil Engineering, 55 Giai Phong, Hanoi, Vietnam.
Keywords:Solution stability  Parametric variational conditions  Variational inequality  Degree theory  Lower semicontinuity
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