| Title |
Analysis of Integrated Trends of EEG Experimental Research on Architecture·Space Design |
| Authors |
김상희(Kim, Sang-Hee) ; 추승연(Choo, Seung-Yeon) |
| DOI |
https://doi.org/10.5659/JAIK.2020.36.10.41 |
| Keywords |
Architecture and Space Design; EEG; experimental research; Systematic Review; Integrated Tendency |
| Abstract |
This study aims to provide implications, which can help in seeking research topics and establishing research methodologies in future, by
analyzing integrated trends of previous studies that have produced results through EEG experiments in the area of architecture·space design.
For this study, a systematic review was performed, and based on specific analysis items selected in accordance with PICOS(Participant,
Intervention, Comparator, Outcome, Settings), frequency analysis and comparative analysis between items were conducted targeting 49 papers
published in an academic journal. The following implications were obtained from the analysis results. First, there is a need to secure
homogeneity of experiment participants and reliability of EEG data. Second, it is required to expand research topics that can guarantee
practical implication and effectiveness. Third, for enhancing reliability and validity of EEG study results, it is needed to establish standard
criteria of EEG research methodologies, including EEG measurement indicators and EEG analysis methods, which suit the purpose of
measuring EEG response. Fourth, for obtaining valid research results, a complementary study should be conducted by making the best use of
other physiological response measurement experiments and quantitative studies on physiological and psychological conditions, which cannot be
understood only from EEG response. Lastly, in relation to experiment environment and design, there is a need to establish an EEG
experiment protocol that is appropriate for architecture·space design, since individual researches have different experiment times and
procedures, and there is an absence of standardized protocols. |