Artificial Life: Borrowing from Biology: 4th Australian by Kevin B. Korb, Marcus Randall, Tim Hendtlass

By Kevin B. Korb, Marcus Randall, Tim Hendtlass

This booklet constitutes the refereed complaints of the 4th Australian convention on synthetic existence, ACAL 2009, held in Melbourne, Australia, in December 2009.

The 27 revised complete papers provided have been conscientiously reviewed and chosen from 60 submissions. examine in Alife covers the most parts of organic behaviour as a metaphor for computational types, computational versions that reproduce/duplicate a organic behaviour, and computational types to resolve organic difficulties. therefore, Alife gains analyses and knowing of existence and nature and is helping modeling organic platforms or fixing organic difficulties. The papers are prepared in topical sections on alife artwork, online game conception, evolution, advanced platforms, organic structures, social modelling, swarm intelligence, and heuristics.

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Extra resources for Artificial Life: Borrowing from Biology: 4th Australian Conference, ACAL 2009, Melbourne, Australia, December 1-4, 2009, Proceedings

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For comparison purposes, among the random neighbourhood structures we have inner and outer neighbourhoods. By inner neighbourhood it means the group members will be selected only from within the eight immediate neighbouring agents. On the other hand, with the outer neighbourhood the group members can be selected from anywhere across the entire population. For all these experiments, we use a population size of 100 agents in which all the agents are inhibited on a 10 x 10 grid-world. All the agents are to play against one another iteratively for 1000 generations, with 100 rounds of learning process constituting each generation.

The fact that an agent is also a member of its group members’ interaction groups makes it possible for agents to retaliate against defectors and reward cooperators. An agent can directly influence the score of two of its group members, thus significantly increases its bargaining power against those group members. This characteristic of the neighbourhood structure, we believe, leads to cooperation. Co-evolutionary Learning in the NIPD with a Structured Environment 37 Fig. 3. The number of cooperators with fixed neighbourhood structure (N = 4) over 10 runs Fig.

Springer, Heidelberg (2007) 11. : Personenstr¨ ome in Geb¨ auden - Berechnungsmethoden f¨ ur die Projektierung. M¨ uller, K¨ oln-Braunsfeld, Germany (1971) 12. : Transporttechnik der Fussg¨ anger. au Abstract. Co-evolutionary learning is a process where a set of agents mutually adapt via strategic interactions. In this paper, we consider the ability of coevolutionary learning to evolve cooperative strategies in structured populations using the N-player Iterated Prisoner’s Dilemma (NIPD). To do so, we examine the effects of both fixed and random neighbourhood structures on the evolution of cooperative behaviour in a lattice-based NIPD model.

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