Optimal Control and Dynamic Games has been edited to honor the outstanding contributions of Professor Suresh Sethi in the fields of Applied Optimal Control. Professor Sethi is internationally one of the foremost experts in this field. He is, among others, co-author of the popular textbook ‘Sethi and Thompson: Optimal Control Theory: Applications to Management Science and Economics’.
The book consists of a collection of essays by some of the best known scientists in the field, covering diverse aspects of applications of optimal control and dynamic games to problems in Finance, Management Science, Economics, and Operations Research. In doing so, it provides both a state-of-the-art overview over recent developments in the field, and a reference work covering the wide variety of contemporary questions that can be addressed with optimal control tools, and demonstrates the fruitfulness of the methodology.
Table of Content
Applications to Marketing.- Advertising Directed Towards Existing and New Customers.- Advertising and Advertising Claims Over Time.- Environmental Applications.- Capital Resource Substitution, Overshooting, and Sustainable Development.- Hierarchical and Asymptotic Optimal Control Models for Economic Sustainable Development.- Common Property Resource and Private Capital Accumulation with Random Jump.- Transfer Mechanisms Inducing a Sustainable Forest Exploitation.- Characterizing Dynamic Irrigation Policies Via Green’s Theorem.- Applications in Economics and Finance.- Volatility Forecasts and the Profitability of Automated Trading Strategies.- Two-Part Tariff Pricing in a Dynamic Environment.- Numerical Solutions to Lump-Sum Pension Fund Problems That Can Yield Left-Skewed Fund Return Distributions.- Differentiated Capital and the Distribution of Wealth.- Optimal Firm Contributions to Open Source Software.- Production, Maintenance and Transportation.- The Impact of Dynamic Demand and Dynamic Net Revenues on Firm Clockspeed.- Hibernation Durations for Chain of Machines with Maintenance under Uncertainty.- Self-Organized Control of Irregular or Perturbed Network Traffic.- A Stochastic Optimal Control Policy for A Manufacturing System on A Finite Time Horizon.- On A State-Constrained Control Problem in Optimal Production and Maintenance.- Methodological Advances.- Reliability Index.- The Direct Method for A Class of Infinite Horizon Dynamic Games.About the author
Prof. Christophe Deissenberg GREQAM, UMR CNRS 6579Université de la Méditerranée Château La Farge Route des Milles13290 Les Milles FranceSpecialisted in economic dynamics, computational economics, decision-making, economic complexity, environmental economics
Prof. Richard Hartl Chair of Production and Operations Management BWZ, Institute of Management University of Vienna Bruennerstraße 72A-1210 Vienna Austria
Specialized in quantitative methods in production and operations management, dynamics of the firm, optimal control, operations research (OR) methods and applications
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