トップPDF Final2 12 最近の更新履歴 yyasuda's website

Final2 12 最近の更新履歴 yyasuda's website

(d) Zermelo’s theorem assures that the first mover has a winning strategy in ANY perfect information game with strictly opposite interests. (e) The weak perfect Bayesian equilibrium puts NO restriction on beliefs at the information sets that are not reached in equilibrium.

最近の更新履歴 yyasuda's website

ローチ ローチ ローチ にある。単なる現状分析や、選択制を導 入あるいは廃止すべきか、という是非論にとど まらず、 制度をデザインするという視点 制度をデザインするという視点 制度をデザインするという視点 制度をデザインするという視点 から、望 ましい学校選択制制度設計について、 ゲーム ゲーム ゲーム ゲーム

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最近の更新履歴 yyasuda's website

(b) We will get (B; Z) in the following iterated elimination process: Step 1: We can erase X since X is strictly dominated by Z. Step 2: Given step 1, we can erase A since A is strictly dominated by B. Step 3: Given steps 1 and 2, we can erase Y since Y is strictly dominated by Z. (c) Any combinations of x and y that satisfy x + y = 100 are Nash equilibria. Clearly, there are 101 such equilibria, i.e., (0; 100)(1; 99):::(100; 0).

最近の更新履歴 yyasuda's website

(nw1) means student s prefers an empty slot at school c to her own assignment, and (nw2) and (nw3) mean that legal constraints are not violated when s is assigned the empty slot without changing other students’ assignments. The second property is about no-envy, which is also widely used in the context of school choice. But due to the structure of controlled school choice, as in Definition 1, even when a student prefers a school to her own and there is a student with lower priority in the school, the envy is not justified if the student’s move violates the legal constraints. Definition 2 formally states the condition for a student to have justified envy.
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PracticeM2 最近の更新履歴 yyasuda's website

Using this minimax theorem, answer the following questions. (b) Show that Nash equilibria are interchangeable; if and are two Nash equilibria, then and are also Nash equilibria. (c) Show that each player’s payo¤ is the same in every Nash equilibrium.

PS2 最近の更新履歴 yyasuda's website

A good is called normal (resp. inferior) if consumption of it increases (resp. declines) as income increases, holding prices constant.. Show the following claims.[r]

PQ2 最近の更新履歴 yyasuda's website

Solve the following problems in Snyder and Nicholson (11th):. 1.[r]

PS2 最近の更新履歴 yyasuda's website

Let w = (w 1 , w 2 , w 3 , w 4 ) ≫ 0 be factor prices and y be an (target) output. (a) Does the production function exhibit increasing, constant or decreasing returns to scale? Explain. (b) Calculate the conditional input demand function for factors 1 and 2. (c) Suppose w 3 >

Lec2 最近の更新履歴 yyasuda's website

 すべてプレーヤーに支配戦略が無いゲームでも解け る場合がある  「支配される戦略逐次消去」（後述）  （お互い行動に関する）「正しい予想共有＋合理性」 によってナッシュ均衡は実現する！

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Lec2 15 最近の更新履歴 yyasuda's website

A bargaining situation is described by a tuple hX, D, % 1 , % 2 i: X is a set of possible agreements: a set of possible consequences that the two players can jointly achieve. D ∈ X is the disagreement outcome: the event that occurs if the players fail to agree.

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Final2 14 最近の更新履歴 yyasuda's website

(a) Derive firm 1’s payoff function and the best reply function. (b) Solve the pure-strategy Nash equilibrium of this game. How much profit does each firm earn? (c) Now suppose that firms decide prices sequentially: firm 1 sets its price p 1 first, and firm 2 chooses price only after observing firm 1’s price. Find the subgame perfect equilibrium of this game. How much profit does each firm earn?

Midterm2 14 最近の更新履歴 yyasuda's website

Three firms (1, 2 and 3) put three items on the market and can advertise these products either on morning (= M ) or evening TV (= E). A firm advertises exactly once per day. If more than one firm advertises at the same time, their profits become 0. If exactly one firm advertises in the morning, its profit is 1; if exactly one firm advertises in the evening, its profit is 2. Firms must make their daily advertising decisions simultaneously.

Lec2 14 最近の更新履歴 yyasuda's website

where u i (x, θ i ) is the money-equivalent value of alternative x ∈ X. This assumes the case of private values in which player i’s payoff does not depend directly on other players’ types. If it does, then it is called common values case. The outcome (of the mechanism) is described by

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PQ2 2 最近の更新履歴 yyasuda's website

Solve the following problems in Snyder and Nicholson (11th):. 1.[r]

PS2 2 最近の更新履歴 yyasuda's website

(a) Find a Bayesian Nash equilibrium of the game in pure strategies in which each player i accepts an exchange if and only if the value v i does not exceed some threshold θ i (b) How would your answer to (a) change if the value of player i’s house to the other player j becomes 5

EX2 2 最近の更新履歴 yyasuda's website

Solve the following problems in Snyder and Nicholson (11th):. 1.[r]

EX2 2 最近の更新履歴 yyasuda's website

Solve the following problems in Snyder and Nicholson (11th):. 1.[r]

Lec2 2 最近の更新履歴 yyasuda's website

Proof of Pratt’s Theorem (1) Sketch of the Proof. To establish (i) ⇔ (iii), it is enough to show that P is positively related to r. Let ε be a “small” random variable with expectation of zero, i.e., E(ε) = 0. The risk premium P (ε) (at initial wealth x) is defined by

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Micro2 最近の更新履歴 yyasuda's website

Edgeworth Box | エッジワース・ボックス The most useful example of an exchange economy is one in which there are two people and two goods. This economy’s set of allocations can be illustrated in an Edgeworth box ( エッジワース・ボックス ) diagram.

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Lec12 最近の更新履歴 yyasuda's website

Signaling Game (2) Figure: Signaling Game from Gibbons (1997) Def Sender’s strategies are called (i) pooling when all types choose the same action, (ii) separating when each type chooses different actions, (iii) semi-separating when several actions are chosen but some action is chosen by more than one type.

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