Understanding Spatial Abilities and Spatial Strategy under Extreme Visual and Gravitational Environments

机译：理解极端视觉和重力环境下的空间能力和空间策略

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The purpose of this study is to understand how spatial ability differs under extreme environments and to provide implications on individually relevant training approaches by using VR technologies. Special jobs under extreme conditions (e.g., astronaut or scuba diver) demand higher spatial ability and effective spatial strategy. This paper examines how the conflicts between visual vertical and the body vertical may affect spatial ability. In addition, the study tested the relationship between an individual's tendency to adopt a certain spatial strategy (egocentric vs. allocentric) and their use of a particular spatial reference frame (body vs. visual) under the extreme condition.

机译：本研究的目的是了解极端环境下空间能力的差异，并通过使用虚拟现实技术为个体相关的训练方法提供启示。极端条件下的特殊工作（如宇航员或潜水者）需要更高的空间能力和有效的空间策略。本文探讨了视觉垂直和身体垂直之间的冲突如何影响空间能力。此外，该研究还测试了个体在极端条件下采用特定空间策略（自我中心与异中心）的倾向与使用特定空间参照系（身体与视觉）之间的关系。

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《Biennial International Conference on Engineering, Science, Construction, and Operations in Challenging Environments》|2021年|434-445|共12页
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Hannah Park; Manish Dixit; Nafiseh Faghihi; Ann McNamara; Jyotsna Vaid;
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9. Understanding photosynthesis videos: Students’ visual-spatial ability and cognitive activities in senior high school [O] . Tari Rezky Ayunda, Adi Rahmat, Sariwulan Diana 2019

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Understanding Spatial Abilities and Spatial Strategy under Extreme Visual and Gravitational Environments

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