论文标题
自适应虚拟神经结构
Adaptive Virtual Neuroarchitecture
论文作者
论文摘要
我们的周围环境每天都会影响我们的认知情感过程，并塑造我们的身体，心理和社会福祉。尽管对建筑环境对我们的心理生理过程的影响进行了充分的研究，但虚拟环境设计可能对用户产生相似的影响，但受到了有限的关注。基于空间设计对用户的影响，并将其与虚拟空间的动态负担相结合，我们介绍了自适应虚拟神经结构（AVN）的想法，在该想法中，虚拟环境对用户和用户的现实世界环境做出了响应，同时对它们同时影响了它们。为了展示当前研究中如何探索AVN的方式，我们提供了最近的作品的样本，该作品使用物理能力（空间，对象），用户的状态（生理，认知，情感）以及用于设计新型虚拟现实体验设计的虚拟世界。我们认为，AVN有可能帮助我们学习如何设计可以增强其居民福祉的空间和环境。
Our surrounding environment impacts our cognitive-emotional processes on a daily basis and shapes our physical, psychological and social wellbeing. Although the effects of the built environment on our psycho-physiological processes are well studied, virtual environment design with a potentially similar impact on the user, has received limited attention. Based on the influence of space design on a user and combining that with the dynamic affordances of virtual spaces, we present the idea of adaptive virtual neuroarchitecture (AVN), where virtual environments respond to the user and the user's real world context while simultaneously influencing them both in realtime. To show how AVN has been explored in current research, we present a sampling of recent work that demonstrates reciprocal relationships using physical affordances (space, objects), the user's state (physiological, cognitive, emotional), and the virtual world used in the design of novel virtual reality experiences. We believe AVN has the potential to help us learn how to design spaces and environments that can enhance the wellbeing of their inhabitants.
