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Multiagent Systems

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of. Dr. Jürgen Dix · Department of Informatics, TUC <strong>Multiagent</strong> <strong>Systems</strong>, WS 06/07 89/731<br />

2. Basic Architectures 1. Reactive Agents<br />

Formal Model:<br />

see: as up to now, but close relation between<br />

observation and action: no transformation of the<br />

input.<br />

action: Set of behaviours and inhibition relation.<br />

Beh := {〈c, a〉 : c ⊆ P, a ∈ A}.<br />

〈c, a〉 “fires” if<br />

see(s) ∈ c (c stands for “condition”).<br />

≺ ⊆ Ag rules × Ag rules<br />

is called inhibition-relation, Ag rules ⊆ Beh.<br />

We require ≺ to be a total ordering.<br />

b 1 ≺b 2 means: b 1 inhibits b 2 ,<br />

b 1 has priority over b 2 .

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