ALICE Institute, Artificial Intelligence, University of Groningen, Broerstraat 4. Groningen 9747 AG, The Netherlands.
Int J Environ Res Public Health. 2013 Apr 8;10(4):1439-61. doi: 10.3390/ijerph10041439.
This theoretical paper addresses the cognitive functions via which quiet and in general pleasurable sounds promote and annoying sounds impede health. The article comprises a literature analysis and an interpretation of how the bidirectional influence of appraising the environment and the feelings of the perceiver can be understood in terms of core affect and motivation. This conceptual basis allows the formulation of a detailed cognitive model describing how sonic content, related to indicators of safety and danger, either allows full freedom over mind-states or forces the activation of a vigilance function with associated arousal. The model leads to a number of detailed predictions that can be used to provide existing soundscape approaches with a solid cognitive science foundation that may lead to novel approaches to soundscape design. These will take into account that louder sounds typically contribute to distal situational awareness while subtle environmental sounds provide proximal situational awareness. The role of safety indicators, mediated by proximal situational awareness and subtle sounds, should become more important in future soundscape research.
本文通过认知功能探讨了宁静且通常令人愉悦的声音如何促进健康,而恼人的声音如何阻碍健康。本文包括文献分析以及对如何根据核心情绪和动机理解环境评估和感知者感受的双向影响的解释。这一概念基础允许制定一个详细的认知模型,描述与安全和危险指标相关的声音内容如何允许思维状态完全自由,或迫使警觉功能及其相关唤醒的激活。该模型产生了一些详细的预测,可以用于为现有的声景方法提供坚实的认知科学基础,从而为声景设计提供新的方法。这些方法将考虑到更大的声音通常有助于远距离情境感知,而微妙的环境声音则提供近距离情境感知。安全指标的作用,通过近距离情境感知和微妙声音来介导,在未来的声景研究中应该变得更加重要。