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http://dx.doi.org/10.13088/jiis.2021.27.1.151

UX Methodology Study by Data Analysis Focusing on deriving persona through customer segment classification  

Lee, Seul-Yi (Graduate School of Business IT, Kookmin University)
Park, Do-Hyung (Graduate School of Business IT, Kookmin University)
Publication Information
Journal of Intelligence and Information Systems / v.27, no.1, 2021 , pp. 151-176 More about this Journal
Abstract
As the information technology industry develops, various kinds of data are being created, and it is now essential to process them and use them in the industry. Analyzing and utilizing various digital data collected online and offline is a necessary process to provide an appropriate experience for customers in the industry. In order to create new businesses, products, and services, it is essential to use customer data collected in various ways to deeply understand potential customers' needs and analyze behavior patterns to capture hidden signals of desire. However, it is true that research using data analysis and UX methodology, which should be conducted in parallel for effective service development, is being conducted separately and that there is a lack of examples of use in the industry. In thiswork, we construct a single process by applying data analysis methods and UX methodologies. This study is important in that it is highly likely to be used because it applies methodologies that are actively used in practice. We conducted a survey on the topic to identify and cluster the associations between factors to establish customer classification and target customers. The research methods are as follows. First, we first conduct a factor, regression analysis to determine the association between factors in the happiness data survey. Groups are grouped according to the survey results and identify the relationship between 34 questions of psychological stability, family life, relational satisfaction, health, economic satisfaction, work satisfaction, daily life satisfaction, and residential environment satisfaction. Second, we classify clusters based on factors affecting happiness and extract the optimal number of clusters. Based on the results, we cross-analyzed the characteristics of each cluster. Third, forservice definition, analysis was conducted by correlating with keywords related to happiness. We leverage keyword analysis of the thumb trend to derive ideas based on the interest and associations of the keyword. We also collected approximately 11,000 news articles based on the top three keywords that are highly related to happiness, then derived issues between keywords through text mining analysis in SAS, and utilized them in defining services after ideas were conceived. Fourth, based on the characteristics identified through data analysis, we selected segmentation and targetingappropriate for service discovery. To this end, the characteristics of the factors were grouped and selected into four groups, and the profile was drawn up and the main target customers were selected. Fifth, based on the characteristics of the main target customers, interviewers were selected and the In-depthinterviews were conducted to discover the causes of happiness, causes of unhappiness, and needs for services. Sixth, we derive customer behavior patterns based on segment results and detailed interviews, and specify the objectives associated with the characteristics. Seventh, a typical persona using qualitative surveys and a persona using data were produced to analyze each characteristic and pros and cons by comparing the two personas. Existing market segmentation classifies customers based on purchasing factors, and UX methodology measures users' behavior variables to establish criteria and redefine users' classification. Utilizing these segment classification methods, applying the process of producinguser classification and persona in UX methodology will be able to utilize them as more accurate customer classification schemes. The significance of this study is summarized in two ways: First, the idea of using data to create a variety of services was linked to the UX methodology used to plan IT services by applying it in the hot topic era. Second, we further enhance user classification by applying segment analysis methods that are not currently used well in UX methodologies. To provide a consistent experience in creating a single service, from large to small, it is necessary to define customers with common goals. To this end, it is necessary to derive persona and persuade various stakeholders. Under these circumstances, designing a consistent experience from beginning to end, through fast and concrete user descriptions, would be a very effective way to produce a successful service.
Keywords
UX; User Experience Design; STP; Persona; Data Analysis;
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  • Reference
1 Choi. G. B., K. H. Nam., "Analysis of shopping website navigation types and visit patterns" (2019).
2 Ahn. S. Y., S. Y. Kim., "Developing a user scenario for a residential U-City experience district applying persona type. Digital Design Studies"
3 Ban. J. C., Hanbit Media "Long-lasting UX design"
4 Choi. S. G., S. W. Kim., "Development of a device qualitative data quantification analysis tool based on the basic principles of interaction design: focused on user research cases" (2018).
5 Jang, H. J., H,Sung., and S. M. "Derivation and quantitative evaluation of user value elements for content-related functions in Facebook" (2016)
6 Jin. B. P., G. P. Lee., "Comparison of interpretation methods of qualitative user survey data for design concept development" (2012).
7 Jo. A. R., H. J. Kim., "National Petition Data Visualization Service for Efficient Political Participation". (2019).
8 Jo. J. H., Jung. Y. T., Choi. S. Y., and C. S. OK., "Text Mining-based Unstructured Data Quantification Method for User Opinion Extraction" (2018).
9 Jo. S. S., N. H. Myung., and D. S. Yoon., "Quantitative prediction of user mental workload using cognitive model" (2010).
10 Jo. S. W., S. G. Kim,.J. H. Lee,. And 4 others "User emotion evaluation analysis method based on facial expressions for usability evaluation: quantitative emotion evaluation verification" (2019).
11 Jo. W. D., "Life log big data-based lifestyle (life pattern) analysis and wellness prediction care service system using IoT" (2014).
12 Jung. E. Y,. "A Study on Design Process Methodology Using Design Thinking" (2015).
13 Jung. H. S,. J. J. Dong,. "User experience analysis using social network (SNA)-Focusing on data between check card and affiliates" (2015).
14 Jung. J. J,. K. W. Kim,. and J. B. Pak,. "Big data analysis platform technology for product planning support of small and medium-sized home appliances" (2020).
15 Jung. M. G., H. K. Kim., and I. Y. Choi., "Analysis of exhibition viewing behavior patterns using data mining techniques in early childhood education fairs" (2011).
16 Kang, M. J., S. J. Lee, "Additive method and design thinking-Theories and practices of creative ideas. Semiotics study" (2014).
17 Kang, Y. A., "User empirical approach to data visualization and visual analysis", (2016).
18 Kara Pernice. User Interviews: How, When, and Why to Conduct Them (2018).
19 Kim, B. J., M. H. Lee, and S. H. Lee,. "Brain signal analysis method based on EEG-NIRS for quantification of user intention" (2014).
20 Kim, E. J., H.S.Lee, "A Study on Alternative Design Research Model Using Online Unstructured Data" (2013).
21 Kim, G. R., S. J. Bae., Y. S. Woo., H.S.Lee., J.D.Kim., "Clustering Scheme for Video User Analysis Using TensorFlow" (2018).
22 Lee. M. Y., N. C. Park., "Product-service design toolkit development focused on user experience. Archives of Design Research" (2013).
23 Lee. S. I., S. Y. LEE., "Collaborative filtering using user profile information and real-time optimization information" (2016).
24 Kim, H. J., M.h.Ann., "A Study on Participatory Use of K-Pop Contents: Focused on YouTube Contents Relationship Network Analysis (SNA)" (2019).
25 Kim, J. W., Experience Design, ahn graphics publishers, (2017).
26 Kim, K. H., S. H. Lee., "Quantitative Measurement Algorithm for Analyzing the Factors of User Experience Deterioration in Games" (2019).
27 Kim, S. H., H. S. Tak, and H. G. Cho, "Analysis of user characteristics using comment response structure of online discussion" (2018).
28 Kim, S. M., H. L. Kim, and Y. H. Lee, "User-centered service design case study through requirement analysis and quantification: Focusing on academic information search service" (2012).
29 Kim, S. R., J. H. Lee, "A study on the flexible lean UX process for start-up companies. Digital Design Studies" (2015).
30 Ko, G. I., "Data service planning guidelines that match digital TV viewing behavior" (2012).
31 Korean Educational Psychology Association., cluster analysis. (2018). https://terms.naver.com/entry.nhn?docId=1943638&cid=41989&categoryId=41989
32 Lee. J. S., I. J. Yoo., D. H. Pack., "Strategies for Building Elderly Care Solutions Based on User Log Analysis: Focusing on the Case of Hyodol Products" (2019).
33 Lee. B. G., C. H. Son., "Improving the mobile application service evaluation scale using user review data"
34 Lee. D. M., J. Y. Lee., "A study on UXD through the usability evaluation of the stock trading system considering user accessibility and system specificity" (2013).
35 Lee. G. H., "Context-aware user analysis based on clustering algorithm" (2020).
36 Lee. J. B., S. J. Kim and I. S. LEE., "A study on business model development through design thinking methodology", Logos Management Research
37 Lee. J. H., "How to use machine learning in the UX design process" (2019).
38 Lee. J. S., M. J. Koo., "A study on the design process focusing on user experience (UX)-focusing on the case of PHR service for cancer patients"
39 Lee. J. Y., "Proposal of principles for interactive data visualization guidelines based on user context" (2019)