Zhu Meng, Chen Jinfu, Guo Manli, Wang Yue

Keywords： Physiological Signal; Spatial Perception; Human-scale; Urban Regeneration; Refined Design

Abstract：

In the current context of urban regeneration, human-scale spatial perception measurement has become an important basis for refined urban design. The spatial perception measurement based on physiological signals has advantages in terms of high fine-grainedness, real-time performance and sensitivity of feedback perception, and is developing into a new method for human-scale spatial perception measurement. On the basis of cognitive theory, firstly by reconstructing the process of spatial perception, it is proposed that emotion is an important mediator of spatial perception measurement; then based on the physiological response process of emotion, the physiological signal types and corresponding calculation methods for measuring spatial emotion are proposed, and finally the construction of spatial perception measurement framework based on “perception-signal-emotion” is completed. The empirical researches on emotional restorative environment, spatial security and spatial activity experience are classified and sorted out. At the same time, CiteSpace is used to review the relevant literature in the past 10 years, and it is found that this method has important research potential in both the field of urban renewal and tourism spatial perception research. In the future, we need to continue to conduct in-depth research in establishing a systematic measurement theory, guiding refined design practices, and combining with other multi-source data.

Funds：

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