Construct a belief space

Assignment Help Game Theory
Reference no: EM131332663

There are two players, N = {I, II}, and two states of nature S = {s1, s2}. A chance move chooses the state of nature, where s1 is chosen with probability 0.4, and s2 is chosen with probability 0.6.

Player I knows the true state of nature that has been chosen. A chance move selects a signal that is received by Player II. The signal depends on the state of nature, as follows: if the true state of nature is s1, Player II receives signal R with probability 0.6, and signal L with probability 0.4; if the true state of nature is s2, Player II receives signal M with probability 0.7, and signal L with probability 0.3.

It follows that if Player II receives signal L, he does not know with certainty which state of nature has been chosen.

If the state of nature that has been chosen is s2, and Player II has received signal M, then Player I is informed of this with probability 0.2, and Player I is not informed of this with probability 0.8.

This description is common belief among the players. Construct a belief space in which the described situation is represented by a state of the world and indicate that state.

Reference no: EM131332663

Questions Cloud

Analyse the various approaches for mitigating security risk : This assignment is for students to meet parts of the following learning outcomes. Be able to critically analyse the various approaches for mitigating security risk, including when to use insurance to transfer IT risk
Write a report about psychological support framework : Create your own psychological support agency to respond to a national catastrophic event (Wildfire, Tornados, Water Shortage, Flood, Mass Shooting, etc.)Write a report using 3 to 5 References that details the psychological support framework of your..
Situation presented by a state of the world : Construct a belief space in which the described situation is represented by a state of the world and indicate that state.
Write a refelection paper about the given case : The student will research and review five selected case studies and reflection on the case. Reflection will include summary information, outcome information and discussion as to how this case impacts the study of comparative crime and justice poli..
Construct a belief space : Construct a belief space in which the described situation is represented by a state of the world and indicate that state.
Create a cash budget for three-month period ending december : Prepare a cash budget for the three-month period ending December 31. A merchandise purchases budget in units and in dollars. Show the budget by month and in total.
What would happen to exchange and interest rates : An asset manager has conducted an extensive econometric study and proposes a forecasting model. What type of forward transaction would you conduct to capitalize on your forecast? Explain. If everyone were using your model and following your strateg..
Examine issue that may occur during the hr planning process : Imagine you are the HR manager of a U.S. company looking to expand in another country. You need to learn about the culture before sending expatriates abroad to work. Use the Internet to research the culture in a country of your choosing as it rela..
Construct a belief space : John, Bob, and Ted meet at a party in which all the invitees are either novelists or poets.- Construct a belief space describing the beliefs of John, Bob, and Ted about the others' profession.

Reviews

Write a Review

Game Theory Questions & Answers

  Use the best-response approach to find all nash equilibria

Player 1 has the following set of strategies {A1;A2;A3;A4}; player 2’s set of strategies are {B1;B2;B3;B4}. Use the best-response approach to find all Nash equilibria.

  A supplier and a buyer, who are both risk neutral

A supplier and a buyer, who are both risk neutral, play the following game,  The buyer’s payoff is q^'-s^', and the supplier’s payoff is s^'-C(q^'), where C() is a strictly convex cost function with C(0)=C’(0)=0. These payoffs are commonly known.

  Pertaining to the matrix game theory problem

Pertaining to the matrix need simple and short answers, Find  (a) the strategies of the firm (b) where will the firm end up in the matrix equilibrium (c) whether the firm face the prisoner’s dilemma.

  Nash equilibria

Consider the two-period repeated game in which this stage game is played twice and the repeated-game payo s are simply the sum of the payo s in each of the two periods.

  Find the nash equilibrium

Two players, Ben and Diana, can choose strategy X or Y. If both Ben and Diana choose strategy X, every earns a payoff of $1000.

  Construct the payoff matrix for the game

The market for olive oil in new York City is controlled by 2-families, Sopranos and Contraltos. Both families will ruthlessly eliminate any other family that attempts to enter New York City olive oil market.

  Question about nash equilibrium

Following is a payoff matrix for Intel and AMD. In each cell, 1st number refers to AMD's profit, while second is Intel's.

  Finding the nash equilibrium

Determine the solution to the given advertising decision game between Coke and Pepsi, assuming the companies act independently.

  Nash equilibria to determine the best strategy

Little Kona is a small coffee corporation that is planning entering a market dominated through Big Brew. Each corporation's profit depends on whether Little Kona enters and whether Big Brew sets a high price or a low price.

  Creating a payoff table

Suppose you and your classmate are assigned a project on which you will earn one combined grade. You each wish to receive a good grade, but you also want to avoid hard work.

  Determine the nash equilibrium for trade policy

Consider trade relations in the United State and Mexico. Suppose that leaders of two countries believe the payoffs to alternative trade policies are as follows:

  Find the nash equilibrium outcomes

Use the given payoff matrix for a simultaneous move one shot game to answer the accompanying questions.

Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd