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    These two properties together constrain the probability m... — Carmelics
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    Supports→For each agent, the agent's probability measures across partition cells can be viewed as arising from a single prior probability measure through conditionalization.

    These two properties together constrain the probability measures across partition cells in a way that is consistent with conditionalization from a single prior.

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    Related propositions within the same area of thought.
    For each agent, the agent's probability measures across partition cells can be v...Property 1 states that if agent i assigns a non-zero probability to state v at s...Property 2 implies that players must assign a probability of zero to all states ...

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    For each agent, the agent's probability measures across partition cell...91%Given a prior p_i and a partition Pi_i such that p_i(Pi_i(w)) > 0 for ...84%The properties of epistemic-probability models imply that each agent's...81%This reduces the specification burden compared to independently defini...80%

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    AI-extracted
    SEP: epistemic-game
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    Property 1 says that if \(i\) assigns a non-zero probability to state \(v\) at state \(w\) then the agent uses the same probability measure at both states. This means that the players “know” their own probability measures. The second property implies that players must assign a probability of zero to all states outside the current (hard) information cell. These models provide a very precise description of the players’ hard and soft informational attitudes. However, note that writing down a model

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