Optimization and Optimal Control Theory and Applications

During the last four decades there has been a remarkable development in optimization and optimal control. Due to its wide variety of applications, many scientists and researchers have paid attention to fields of optimization and optimal control. A huge number of new theoretical, algorithmic, and computational results have been observed in the last few years. This book gives the latest advances, and due to the rapid development of these fields, there are no other recent publications on the same topics.

Key features:

Provides a collection of selected contributions giving a state-of-the-art account of recent developments in the field

Covers a broad range of topics in optimization and optimal control, including unique applications

Includes chapters written by experts in their respective disciplines

Appeals to a broad audience of researchers, practitioners, and advanced graduate students in applied mathematics and engineering

Sensibility Function as Convolution of System of Optimization Problems.- Post-Optimal Analysis of Linear Semi-Infinite Programs.- On Equilibrium Problems.- Scalarly Compactness, (S)+-Type Conditions, Variational Inequalities and Complementarity Problems in Banach Spaces.- Quasi-equilibrium Inclusion Problems of the Blum–Oettli-Type and Related Problems.- General Quadratic Programming and Its Applications in Response Surface Analysis.- Canonical Dual Solutions for Fixed Cost Quadratic Programs.- Algorithms of Quasidifferentiable Optimization for the Separation of Point Sets.- A Hybrid Evolutionary Algorithm for Global Optimization.- Gap Functions for Vector Equilibrium Problems via Conjugate Duality.- Polynomially Solvable Cases of Binary Quadratic Programs.- Generalized Solutions of Multi-valued Monotone Quasi-variational Inequalities.- Optimal Feedback Control for Stochastic Impulsive Linear Systems Subject to Poisson Processes.- Analysis of Differential Inclusions: Feedback Control Method.- A Game Theoretic Algorithm to Solve Riccati and Hamilton—Jacobi—Bellman—Isaacs (HJBI) Equations in H ? Control.- Online Adaptive Optimal Control Based on Reinforcement Learning.- Perturbation Methods in Optimal Control Problems.- Stochastic Optimal Control with Applications in Financial Engineering.- A Nonlinear Optimal Control Approach to Process Scheduling.- Hadamard’s Matrices, Grothendieck’s Constant, and Root Two.- On the Pasture Territories Covering Maximal Grass.- On Solvability of the Rate Control Problem in Wired-cum-Wireless Networks.- Integer Programming of Biclustering Based on Graph Models.- A Random Arrival Time Best-Choice Problem with Uniform Prior on the Number of Arrivals.

Prof. Pardalos is a distinguished Springer author and recognized throughout the world as a first rate mathematician. Prof. Rentsen has an extensive CV and list of publications, and he has organized the first and second International Conference for Optimization and Optimal Control (2002, 2007) in Mongolia.  (We might be able to possibly do a bulk sale for his book for the 3rd international conference.)  Pardalos, Tseveendorj, Enkhbat have edited a volume together before with World Scientific. "Optimization and Optimal Control" (World Scientific, 978-9812385970, $106, 2003) Prof. Chinchuluun has recently helped Pardalos with another optimization edited volume which will be available in 2008.