Abstract The auditory system is capable of producing a wide range of information through the acquisition and perception of the vibrations present in the environment, even when the receptor is not directly facing the stimulus’s source. Said information can be crucial for survival and useful for a variety of systems like the visual system and the motor system. Despite that, the quantity of studies involving the auditory system or its interactions with other systems is limited, even though anatomical evidence recognizes this relationships’ existence. In this work, we study its interaction with the motor system. A bio-inspired model that explores the relationship between the auditory and motor systems, grounded on neuroscientific research, is presented to address this proposal. To validate our proposal, a case study in which we endow a virtual entity with our proposed model. Then, we ask both a group of persons and the virtual creature to compute and face towards the direction were the sound was originated.

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关于听觉认知架构及其与运动系统认知功能整合的提议

摘要 听觉系统能够通过获取和感知环境中存在的振动来产生广泛的信息，即使受体没有直接面对刺激源。所述信息对于生存至关重要，并且对视觉系统和运动系统等各种系统有用。尽管如此，涉及听觉系统或其与其他系统相互作用的研究数量是有限的，尽管解剖学证据承认这种关系的存在。在这项工作中，我们研究了它与运动系统的相互作用。提出了一种基于神经科学研究的生物启发模型，该模型探索听觉和运动系统之间的关系，以解决该提议。为了验证我们的提议，一个案例研究，我们将我们提出的模型赋予一个虚拟实体。然后，我们让一组人和虚拟生物计算并面向声音发出的方向。