DOI QR코드

DOI QR Code

Clustering of Seoul Public Parking Lots and Demand Prediction

서울시 공영주차장 군집화 및 수요 예측

  • Received : 2023.09.18
  • Accepted : 2023.10.10
  • Published : 2023.12.31

Abstract

Purpose: This study aims to estimate the demand for various public parking lots in Seoul by clustering similar demand types of parking lots and predicting the demand for new public parking lots. Methods: We examined real-time parking information data and used time series clustering analysis to cluster public parking lots with similar demand patterns. We also performed various regression analyses of parking demand based on diverse heterogeneous data that affect parking demand and proposed a parking demand prediction model. Results: As a result of cluster analysis, 68 public parking lots in Seoul were clustered into four types with similar demand patterns. We also identified key variables impacting parking demand and obtained a precise model for predicting parking demands. Conclusion: The proposed prediction model can be used to improve the efficiency and publicity of public parking lots in Seoul, and can be used as a basis for constructing new public parking lots that meet the actual demand. Future research could include studies on demand estimation models for each type of parking lot, and studies on the impact of parking lot usage patterns on demand.

Keywords

References

  1. Cho, Gyeongmi and Cho, Youyoung. 2020. Analysis on Parking Characteristics & Demand of General Hospitals Based on Parking Data - A Hospital Case. Journal of the Korea Convergence Society 11(9):193-202.
  2. Choi, Younghoon and Kim, Eungcheol. 2017. A Study on Factors Influencing Turnover of Public Parking Lots in Incheon Metropolitan City. Incheon National University Urban Science Research Institute 6(2):29-34.
  3. Friggstad Z., Khodamoradi K., and Salavatipour M. R. 2019. Exact Algorithms and Lower Bounds for Stable Instances of Euclidean K-means. In Proceedings of the Thirtieth Annual ACM-SIAM Symposium on Discrete Algorithm 2958-2972.
  4. Ha, Jiyoung et al. 2021. The Analysis of the Management Efficiency and Impact Factors of Smart Greenhouse Business Entities Focusing on the Business Entities of Strawberry Cultivation in Jeolla-do. Journal of Korean Society for Quality Management 49(2):213-231.
  5. Heo, Gyeongyong, Kim, Seonghoon, and Woo, Youngwoon. 2010. A Non-linear Variant of Global Clustering Using Kernel Methods. Journal of the Korea Society of Computer and Information 15(4):11-18.
  6. Kim, Changlim and Yoon,Hanseong. 2020. Cluster Analysis of Attribute-Based Data Using Social Network Analysis: Case of Personality Characteristics Data. Journal of Industrial Innovation 36(2):93-110.
  7. Kim, Donghyun. 2016. Dynamic Demand Matches Dynamic Supply. Planning and Policy 415:80-85.
  8. Kim, Hyoungjun and Sohn, Soyoung. 2020. CUSUM Chart Applied to Monitoring Areal Population Mobility. Journal of Korean Society for Quality Management 48(2):241-256.
  9. Kim, Inhee and Kim, Jaehee. 2021. Multivariate Time Series Clustering of Electricity Consumption Data. Journal of the Korean Data And Information Science Society 32(3):569-584.
  10. Kim, Kyeongseop. 2017. Assessment of Premature Ventricular Contraction Arrhythmia by K-means Clustering Algorithm. Journal of the Korea Society of Computer and Information 22(5):65-72.
  11. Kim, Sehoon, Choi, Hyungil, Rhee, Yangwon, and Jang, Seokwoo. 2011. Efficient Dynamic Time Warping Using 2nd Derivative Operator. Journal of the Korea Society of Computer and Information 16(2):61-69.
  12. Kim, Seongtae and Park, Mansik. 2018. A Study on Time-series Clustering Analysis based on Dynamic Time Warping. Journal of The Korean Data Analysis Society 20(5):2319-2332.
  13. Kim, Taegyun, Byun, Wanhee, and Lee, Yunsang. 2017. The Study on Parking Lots Management According to Off-Street Parking Lots Characteristics : Focusing on Residential Development District. LHI Journal of Land, Housing, and Urban Affairs 8(3):131-143.
  14. Lee, Euieun, Lee, Junkyung, and Kim, Juyoung. 2008. Analysis of Basic Characteristics for Providing Parking Information. Journal of the Korean Society of Civil Engineers D 28(5D):639-647.
  15. Lee, Seunghoon and Kim, Yongsoo. 2022. A Pre-processing Process Using TadGAN-based Time-series Anomaly Detection. Journal of Korean Society for Quality Management 50(3):459-471.
  16. Lee, Youngwoo. 2008. A Study for Communication Mode of Bus Information System. Journal of The Korean Society of Industry Convergence 11(3):113-120.
  17. Oh, Joongul. 2016. A Study on District Respectable Public Parking Planning for Urban Revitalization-Comparison of Santa Barbara Public Parking System-. Journal of the Korea Academia-Industrial Cooperation Society 17(3):684-691.
  18. Park, Chandon and Ha, Jaemyung. 2004. A Study on the Analysis of the Parking Demands According to the Housing Unit Size in Apartment Complex-Focused on Apartment Complexes in Daegu City-. Journal of the Architectural Institute of Korea 24(1):550-553.
  19. Park, Geoncheol et al. 2018. Research on Key Priority Areas for Smart City through Citizen Demand Analysis Based on Big Data, Seoul Digital Foundation Report.
  20. Park, Hyunsoo et al. 2022. Characteristics of High Ozone Concentration in Gwangyang Bay Area-Based on Cluster Analysis-. Journal of Korean Society for Atmospheric Environment 38(2):188-202.
  21. Park, Ohsung, Shon, Euiyoung, and Yu, Jeongbok. 2017. Establishing O/D Matrices by Time and by Direction to Improve Demand Forecasting Reliability Through. The Korea Spatial Planning Review 93-104.
  22. Senin P. 2008. Dynamic Time Warping Algorithm Review. Information and Computer Science Department University of Hawaii at Manoa Honolulu, USA 855:40.
  23. Seoul Facilities Corporation. [Internet]. https://www.sisul.or.kr/open_content/parking/
  24. Seoul Parking Information Guidance System. [Internet]. http://parking.seoul.go.kr/
  25. Shin, Seungwoo and Lee, Youngwoo. 2021. Establishment of a Model for Calculation the On-Street Parking and Off-Street Parking Demand Considering the Land Use Area in the District. Journal of Korean Society of Transportation 39(6):711-720.
  26. Shin, Woojae, Kim, Gunwoo, and Kim, Jeongmin. 2020. Study on Improving Parking Efficiency for Solving Parking Issues in Seoul, Seoul Digital Foundation Report, 2020-4.
  27. Son, Hyeonseo, Hwang, Jaeyoung, Lee, Insong, and Song Jaeseung. 2020. A Study on the Development of Integrated Control System and the Problem of Parking Space Using Deep Learning in the Internet of Things Environment. Proceedings of Symposium of the Korean Institute of Communications and Information Sciences 939-940.
  28. Yang J. J., Ning C., Deb C., Zhang F., Cheong D., Lee S. E., Sekhar C., and Tham K. W. 2017. K-shape Clustering Algorithm for Building Energy Usage Patterns Analysis and Forecasting Model Accuracy Improvement. Energy and Buildings 146:27-37.