Game Theory and How to Refine It

A game can be described as an activity that involves the occurrence of outcomes and their consequences. The boundaries and heart of a game are the rules. A game can have any number of goals or strategies. These goals may be measurable or arbitrary. One of the leading applications of game theory is mechanism design. The principles of mechanism design are discussed in Hurwicz and Reiter’s (2006) book, The Structure of Game Theory. It is the first book in the history of game theory to win the Nobel Prize for its pioneering work.

Behavioral game theory is a refinement of game theory

The Behavioral Game Theory is an extension of game theory that tests different principles and information in humans. For example, how do people choose? How much information and incentive are necessary to make a choice? What about the implications of the game-theoretic principles? And is it possible to refine the game-theory approach to address different human behaviors? These questions remain open and require more philosophical attention. In this article, we will discuss the most common questions raised by game theory and how we can test these principles more thoroughly.

It requires a measurable goal

A measurable goal must be attainable. A goal must state the amount and number of clients it should generate, as well as the amount of legwork that must be done to achieve it. For example, a measurable goal might be meeting 20 new prospects per month, which is attainable within a set time. Setting a deadline is also important. Without a deadline, the goal is prone to falling through the cracks of time management.

It is abstract mathematics of strategic interaction

Game theory is a branch of mathematics that analyzes the strategic interaction between independent and competing players and the outcomes of such games. Game theory has numerous applications in the social sciences, including economics and logic. Among the famous examples of game theory are Prisoner’s Dilemma and its variations. The latter is a classic example of strategic interaction in a game. However, its main contribution to the field is in the area of economics, where it is used to model the behavior of agents, players, and systems.