Titlebook: Believable Bots; Can Computers Play L Philip Hingston Book 2012 Springer-Verlag Berlin Heidelberg 2012 agents.artificial intelligence.avata

野蠻

Human-Like Combat Behaviour via Multiobjective Neuroevolution,ikely that evolving for raw performance could result in behaviour that is distinctly human-like. This chapter demonstrates how human-like behaviour can be evolved by restricting a bot’s actions in a way consistent with human limitations and predilections. This approach evolves good behaviour, but as

murmur

Believable Bot Navigation via Playback of Human Traces,ial agents that behave like humans do? This question is studied in the context of the BotPrize competition, a Turing-like test where computer game bots compete by attempting to fool human judges into thinking they are just another human player. One problem faced by such bots is that of human-like na

碳水化合物

DAMP

Mere僅僅

Spongy-Bone

Creating a Personality System for RTS Bots,hapter, we discuss a notion of personality for an RTS bot and how it can be used to control a bot’s behaviour. We introduce a personality system that allows us to easily create different personalities and we discuss how different components of the system can be identified and defined. The process of

aspersion

Making Diplomacy Bots Individual,en players, which is difficult to realize in a bot but essential to achieve a human-like playing style. In a previous work, we found that in Turing Tests, players mainly use three usual shortcomings of current bot implementations to identify them as computer players, a certain level of playing stren

致詞

Hay-Fever

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