This is the first book to comprehensively examine the asymptotic
behavior of dynamic monopolies, duopolies, and oligopolies where firms
face information and implementation delays. It considers discrete and
continuous timescales, continuously distributed delays, as well as
single and multiple delays. It also discusses models with linear and
hyperbolic price functions in three types of oligopolies: Cournot
competition with quantity-adjusting firms, Bertrand competition with
price-adjusting firms, and mixed oligopolies with both types of firms.
In addition to the traditional Cournot-Nash equilibria, it introduces
cases of partial cooperation are also introduced, leading to the
analysis of cartelizing groups of firms and possible governmental
actions against antitrust behavior. Further, the book investigates
special processes for firms learning about the uncertain price function
based on repeated market information. It addresses asymptotic properties
of the associated dynamic systems, derives stability conditions,
identifies stability switching curves, and presents in global analyses
of cases of instability. The book includes both theoretical results and
computer studies to illustrate and verify the theoretical findings.