Titlebook: Analysis and Optimization of Systems; Proceedings of the 9 A. Bensoussan,J. L. Lions Conference proceedings 1990 Springer-Verlag Berlin Hei

誘導(dǎo)

Two effective approaches for hydroelectric generation scheduling,he HSP is to determine the best substitution of hydro energy for thermal energy in electric generation so that the fuel cost is minimized while meeting the system load and constraints. In the first approach, HSP is formulated as an optimal control problem, for which multiplier method-based different

祖?zhèn)髫敭a(chǎn)

Iterative solution of a free-boundary problem arising in microscopic particle manipulation inside active is to determine the total force acting on the particle due to the flow inside the liquid induced by the gas jet. An iterative algorithm for the numerical solution of this problem is presented. The basic approach is to solve the flows in the liquid and gas separately with an assumed free-bounda

變形

Optimality conditions for elliptic variational inequalities,or some abstract elliptic variational inequalities are obtained in the cases where the convex sets satisfy some smoothness conditions. The idea is to find optimality conditions first for some penalized problems by Ekeland’s Variational Principle then to pass limits to obtain the optimality condition

BET

Minimax shape optimization problem for von Karman system,em is to find the boundary of the domain occupied by the body in such a way that the cost functional approximating the stiffness of the system in the equilibrium state is minimized. It is assumed that the volume of the body is constant. Moreover the function describing the boundary of the domain and

神圣將軍

Optimality conditions for a parabolic time delay system,ns have been studied recently in Refs. [1]÷[7] and [11], [12]. In this paper, we consider an optimal boundary control problem for a linear parabolic system in which constant time delays appear in the equation and in the boundary condition simultaneously. Sufficient conditions for the existence of a

委屈

協(xié)議

Essential

Optimality conditions for utility maximization in an incomplete market, way to “fictitiously” complete this market so that the optimal protfolio for the resulting completed market coincides with the optimal portfolio for the original incomplete market. A number of equivalent characterizations of the fictitious completion are given, and examples are provided.

Glutinous

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