AFC-기반 통합대중교통 네트워크의 Selected Station Analysis (SSA) 연구 - 수도권 지하철 환승역사를 중심으로 -
A Study on Selected Station Analysis of AFC-Based Integrated Transit Network - Focused on Subway Transfer Stations in Seoul Metropolitan Area -
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초록
본 연구를 아우르는 질문은 “지하철 역사내부를 이동하는 개별승객은 언제 어디서 어떤수단을 이용해서 출발해서 언제 어디로 어떤 수단을 이용해서 갔는가 ?”이다. 이 물음에 답하기위해서는 지하철 역사를 이동하는 개별승객이 이용한 정류장, 경로, 수단에 대한 파악이 선행되어야 한다. 수도권 통합대중교통요금체계에서는 AFC(자동요금징수체계)자료를 활용하면 개별대중교통이용승객의 통행수단, 정류장, 경로가 파악된다. 본 연구는 AFC자료를 이용하여 수도권의 대중교통역사의 승객이동을 지하철 환승역사의 관점에서 관찰하는 SSA(선별역사분석) 기법을 제안한다. SSA는 환승역사내 개별승객이동을 세분화하고 연계통행관점에서 최초출발역/시간과 최종도착역/시간 정보를 분석한다.
Abstract
This research is motivated by the question, "Where, when, and through what mode does an individual passenger moving within a subway station use to travel from starting to final destinations ?" To answer this, the stations passed by the individual passenger, the path taken, and modes used need to be known beforehand. In the metropolitan integrated public transportation fare system, Automated Fare Collection System(AFC) can be a source of information on transit modes, stations, and paths of individual passengers. AFC calculates a fare for the passenger based on travel data such as boarding and alighting stations, time, and mode used. In this research, an Selected Station Analysis(SSA) method, in which AFC data is used to observe passenger movement in the metropolitan public transportation subway station from the perspective of subway transfer stations, is proposed. SSA subdivides individual passenger movement in transfer stations and analyzes initial station/time and final destination station/time information using the trip chain perspective.
참고문헌 (11)
- Beckmann M. J., "Studies int the Economics of Transportation" (1956), Yale University Press
- Dafermos S., "Traffic Equilibrium and Variational Inequalities", Transportation Science, 14, pp.42~54 (1980)
- Dafermos S., "Relaxation Algorithm for the General Asymmetric Traffic Equilibrium Problem", Transportation Science, 16, pp.231~240 (1982)
- Fisk C. S., "Solution Algorithm for network Equilibrium Models with Asymmetric User Costs", Transportation Science, 16, pp.361~381 (1982)
- Florian M., "The Convergence of Diagonalization Algorithm for Astmmetric Network Equilibrium Problems", Transportation Research, 16B,, pp.477~483 (1982)
- LeBlanc L. J., "An Efficient Approach to Solving the Road Network Equilibrium Traffic Assignment Problem", Transportation Research, 9(5), pp.309~318 (1975)
- Lee M., "Transportation Network Models and Algorithms Considering Directional Delay and Prohibitions for Intersection Movement", Ph.D., pp.2004
- 이미영, "수도권 도시철도망 승객이동경로추정을 위한 교통카드기반 최적 M-유사경로 구축방안", 한국ITS학회 논문지, 16(2), pp.1~12 (2017), 한국ITS학회[DOI]
- 이미영, "지하철역사내 승객보행흐름 분석모형 - 교통카드자료를 활용하여 -", 한국ITS학회 논문지, 17(6), pp.14~24 (2018), 한국ITS학회[DOI]
- Shin S., "Constructing An Optimal Integrated Public Transit Network" (2011), Seoul Development Institute
- Wardrop J. G., "Some Theoretical Aspects of Road Traffic Research", Proc. Inst. Civ. Eng., Part II, 1, pp.325~378 (1952)