Stock market as a game with continuum of players

Journal Title: Computer Science and Mathematical Modelling - Year 2014, Vol 0, Issue 14

Abstract

The paper presents specifics and assumptions included in games theory. Author made first attempt to create stock exchange model based on games theory, specific games with continuum of players. The article is the result of efforts to create an adequate mathematic model in order to investigate the specificity of the decision-making behavior of so-called individual stock market investors.

Authors and Affiliations

Piotr Michałowski

Keywords

Related Articles

Symulator procesu badania charakterystyk jakościowych diagnoz medycznych generowanych przez komputerowy system wspomagania decyzji medycznych

W pracy przedstawiono narzędzie symulacyjne zaprojektowane w celu badania wybranych charakterystyk jakościowych diagnoz medycznych generowanych przez komputerowy system wspomagania decyzji medycznych. System ten wykorzys...

Qualification of variables’ priorities for some decision functions

The following thesis describes two methods of finding variables’ priorities for some specific logical functions (without any negated variables). The first method is based on Hamming distance and requires a review of exam...

Spread Page approach to Business Process Management

Recently, we have observed a slow departure from printed texts towards electronic publications. Such content may be presented in many ways, including time-dependent 3D representation, aspect representation, layer represe...

Constructing unitary matrices for quantum decision algorithm

Thesis includes description of decision algorithm and a proposal of its quantum implementation. The algorithm is based on four steps, which lead to construct matrix form of quantum operator solving given decision task. T...

Download PDF file
  • EP ID EP63204
  • DOI 10.5604/15084183.1152147
  • Views 137
  • Downloads 0

How To Cite

Piotr Michałowski (2014). Stock market as a game with continuum of players. Computer Science and Mathematical Modelling, 0(14), 19-24. https://europub.co.uk/articles/-A-63204