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A Cognitive Model for Autonomous Agents Based on Bayesian Programming

机译:基于贝叶斯规划的自主智能体认知模型

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摘要

This paper presents a cognitive model for an autonomous agent based on emotional psychology and Bayesian programming. A robot with emotional responses allows us to plan behaviour in a different way than present robotic architectures and provides us with a method of generating a new interface for human/robot interaction. The use of emotional modules means that the emotional state of the robot can be obtained directly and, therefore, it is relatively simple to obtain a virtual face that represents these emotions. An autonomous agent could have a model of the environment to be able to interact with the real universe where it is working. It is necessary to consider that any model of a real phenomenon will be incomplete due to the existence of uncertain, unknown variables that influence the phenomenon. Two example arquitectures are proposed here. Using these architectures some experimental data, to verify the correctness of this approach, is provided.
机译:本文提出了一种基于情绪心理学和贝叶斯编程的自主主体的认知模型。具有情感反应的机器人使我们能够以不同于当前机器人体系结构的方式来计划行为,并为我们提供了一种生成新的人机交互界面的方法。情感模块的使用意味着可以直接获得机器人的情感状态,因此,获得代表这些情感的虚拟面孔相对简单。自治代理可以具有环境模型,以便能够与其正在工作的真实宇宙进行交互。有必要考虑到,由于存在影响该现象的不确定,未知变量,因此任何真实现象的模型都是不完整的。这里提出两个示例建筑。使用这些体系结构,提供了一些实验数据来验证这种方法的正确性。

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