A travel time fusion algorithm based on point and interval detector data

International Journal of Multimedia and Ubiquitous Engineering

Volumn 2, Issue 4, 2007, Pages 67-84

  Kim, Sunghyun ^a   Lim, Kangwon ^a   Lee, Youngin ^a  

^a Seoul National University   (South Korea)

Author keywords

Avi (automatic vehicle identification); Fusion model; Fusion ratio; Point interval detector; Real time travel time estimation

Indexed keywords

AVI (AUTOMATIC VEHICLE IDENTIFICATION); DYNAMIC FUSION; ESTIMATION MODELS; ESTIMATION PERFORMANCE; FUSION ALGORITHMS; FUSION MODEL; HIGHWAY TRAFFIC; HISTORIC DATA; LICENSE PLATE MATCHING; LICENSE PLATE RECOGNITION; POINT DETECTORS; PROBE VEHICLES; REAL TIME; TIME-PERIODS; TRAFFIC INFORMATION; TRAVEL TIME ESTIMATION; VARIANCE RATIO;

AUTOMATIC VEHICLE IDENTIFICATION; DETECTORS; HIGHWAY PLANNING; HIGHWAY TRAFFIC CONTROL; LICENSE PLATES (AUTOMOBILE); OPTIMIZATION; TRAVEL TIME;

INFORMATION MANAGEMENT;

EID: 84863078885     PISSN: 19750080     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Article

References (9)

1. Rouphil, N. M., Tarko, A., Nelson, P. C. and Palacharla P. "Travel Time Data Fusion in ADVANCE-a Preliminary Design Concept," ADVANCE Working Paper Series, No. 21, University of Illinois at Chicago, IL, 1993.
2. Berka, S., Tarko, A., Rouphil, N. M., Sisiopiku, V. P. and Lee, D. H. "Data Fusion Algorithm for ADVANCE Release 1.5," ADVANCE Working Paper Series #37, February 1995.
3. Chi-Hyun Shin, Seong-Ho Kim, "Development of a Low-cost AVI System and a Travel Time Estimation Algorithm for the Olympic Expressway Traffic Management System in Seoul," 5th World Congress on ITS, 1998.
4. Rouphil, N. M., Tarko, A., Nelson, P. C. and Palacharla P. "Travel Time Data Fusion in ADVANCE-a Preliminary Design Concept," ADVANCE Working Paper Series, No. 21, University of Illinois at Chicago, IL, 1993.
5. Yeon-Sik Jeong, Gi-Ju Choi, "Development of Travel time estimation algorithm through the data fusion of GPS probe and loop detector," Korean Society of Transportation Journal Vol. 17 Book 3, 1999.
6. John N. Ivan, Joseph L. Schofer, Frank S. Koppeleman, and Lina L. E. Massone, "Real-Time Data Fusion for Arterial Street Incident Detection Using Neural Networks," TRR 1497
7. Chi Xie, Reuy Long Cheu, Der-Horng Lee, "Improving Arterial Link Travel Time Estimation by Data Fusion," TRB 2004 Annual Meeting, January 11-15, Washington, D.C. 2004
8. Helinga, B. R. and Fu, L. "Reducing Bias in Probe-Based Arterial Link Travel Time Estimates," Transportation Research Part C, Vol. 10. No. 4, pp. 257-273, 2002.
9. Ministry of Construction & Transportation, "Korea Highway Capacity Manual," p.390, 2001