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This proceedings volume from the International Federation of Information Processing (IFIP) represents a selection of papers covering the theoretical aspects of optimization and control and the applications of modeling and control. Contributions from international experts in the field comprise seven sections: Distributed Parameter Systems, Optimal Control and Nonsmooth Analysis, Optimization and Operations Research, Reliability, Modeling, Automotive, and Applications.
List of contents
Distributed Parameter Systems Control of Turbulent Flows On Superstability of Semigroups Stability of C0 -Semigroups and Stabilization of Linear Control Systems A New Regularity Result in Transonic Gas Dynamics On Some Equations about European Option Pricing Hidden Shape Derivative in the Wave Equation Hidden Boundary Smoothness in Hyperbolic Tangential Problems on Nonsmooth Domains The Dam Problem: Safety Factor and Shape Optimization Stability, Observers, and Compensators for Discrete-Time Delay Systems Shape Control of Elastic Plates Optimal Control and Nonsmooth Analysis On Ritz Type Discretizations for Optimal Control Problems Nontrivial Maximum Principle for Optimal Control Problems with State Constraints Abundant Subsets of Generalized Control Systems Minimax Linear-Quadratic Controller Design High-Order Approximations for Abnormal Bang-Bang Extremals Directed Sets and Differences of Convex Compact Sets Open-Loop Nash Equilibrium for Nonlinear Control Systems Relaxed Minimax Optimal Control Problems. Infinite Horizon Case Conjugate Points for Optimal Control Problems with State-Dependent Control Constraints On Sufficient Conditions for a Strong Local Minimum of Broken Extremals in Optimal Control Dynamical System with State Constraints: Theory and Applications On Variational Analysis in Infinite Dimensions L1-Closed Decomposable Sets in L* Characterizations of Weak Sharp Minima of Order One in Nonlinear Programming Second-Order Necessary Conditions in Nonsmooth Programming Upper Hölder Continuity of Inverse Subdifferentials and the Proximal Point Algorithm Optimization and Operations Research Optimization Models and Algorithms of Constructing Reliable Networks Higher Order Methods for Solving Sufficient Linear Complementarity Problems A Linear Time Approximation Algorithm for a Storage Allocation Problem General Framework in Analyzin
Summary
Includes results on a variety of modelling and control applications, particularly automotive modelling and control, along with theoretical advances.
