Origin-destination trip table estimation based on subarea network OD flow and vehicle trajectory data

Citations

WEB OF SCIENCE

7
Citations

SCOPUS

11

초록

Identifying accurate origin-destination (O-D) travel demand is one of the most important and challenging tasks in the transportation planning field. Recently, a wide range of traffic data has been made available. This paper proposes an O-D estimation model using multiple field data. This study takes advantage of emerging technologies- car navigation systems, highway toll collecting systems and link traffic counts- to determine O-D demand. The proposed method is unique since these multiple data are combined to improve the accuracy of O-D estimation for an entire network. We tested our model on a sample network and found great potential for using multiple data as a means of O-D estimation. The errors of a single input data source do not critically affect the model's overall accuracy, meaning that combining multiple data provides resilience to these errors. It is suggested that the model is a feasible means for more reliable O-D estimation.

키워드

Travel demand; O-D trip table estimation; vehicle trajectory; subarea O-D; multiple field data; model; ELECTRONIC TOLL COLLECTION; TRAFFIC COUNT INCONSISTENCIES; MATRIX ESTIMATION PROBLEM; REAL-TIME ESTIMATION; PROGRAMMING APPROACH; RECURSIVE ESTIMATION; LINK FLOWS; VOLUMES; MODEL
제목
Origin-destination trip table estimation based on subarea network OD flow and vehicle trajectory data
저자
Kim, Hyunmyung; Nam, Daisik; Suh, Wonho; Cheon, Seung Hoon
DOI
10.1080/03081060.2018.1435437
발행일
2018-04
유형
Article
저널명
Transportation Planning and Technology
권
41
호
3
페이지
265 ~ 285