Identifying Roadway Sections Influenced by Speed Humps Using Survival Analysis |
YOON, Gyugeun
(Department of Transportation System Research, The Seoul Institute)
JANG, Youlim (Transportation Big Data Center, Korea Transportation Safety Authority) KHO, Seung-Young (Department of Civil and Environmental Engineering, Seoul National University) LEE, Chungwon (Department of Civil and Environmental Engineering, Seoul National University) |
1 | Barbosa H. M., Tight M. R., May A. D. (2000), A Model of Speed Profiles for Traffic Calmed Roads, Transp. Res., Part A, 34(2), Pergamon, 103-123. DOI |
2 | Gilmore D. K., Bauer K. M., Torbic D. J., Kinzel C. S., Frazier R. J. (2013), Treatment Effects and Design Guidance for High-to Low-Speed Transition Zones for Rural Highways, Transp. Res. Rec., 2348(1), TRB, 47-57. DOI |
3 | Herrstedt L. (1992), Traffic Calming Design-a Speed Management Method: Danish Experiences on Environmentally Adapted Through Roads, Accid. Anal. Prev., 24(1), Elsevier, 3-16. DOI |
4 | Jung Y. I., Beak T. H., Kim Y. H., Park B. H. (2014), Traffic Accident Reduction Effects of Section Speed Enforcement Systems(SSES) Operation in Freeways, J. Korea Soc. Transp, 32(2), Korean Society of Transportation, 119-129. DOI |
5 | Kim J. S. (2003), An Effect Analysis on the Traffic Speed Variations of Vehicles Passing the Speed Hump, Master Thesis, Graduate School of Environmental Studies, Hanyang University, Seoul. |
6 | Kim Y. J. (2013), Survival Analysis, Jayu Academy, Paju, South Korea, 33-42. |
7 | Lee C. H., Kum K. J. (2015), A Study on the Speeding Intention and Behaviors Based on a Driver Behavior Questionnaire, J. Korea Soc. Transp, 33(2), Korean Society of Transportation, 159-169. DOI |
8 | Lee H. W., Joo D. H., Hyun C. S., Kim D. H., Park B. H., Lee C. K. (2012), An Analysis Effects of Travel Speed Using the Safety Facilities in the School Zones, J. of Korea Inst. of Intell. Transp. Syst., 11(3), Korea Institute of Intelligent Transport Systems, 124-132. DOI |
9 | Ministry of Land, Transport and Maritime Affairs (2011), Manual for Installation and Maintenance of Road Safety Measures: Speed Humps (도로안전시설 설치 및 관리 지침 - 과속방지턱 편). |
10 | Moon J., Kim D. (2014), A Study on Headway Distribution Models of Rural Two Lane Roads, Int. J. Highw. Eng., 16(1), Korea Society of Road Engineers, 49-56. DOI |
11 | Moreno A. T., Garcia A. (2013), Use of Speed Profile as Surrogate Measure: Effect of Traffic Calming Devices on Crosstown Road Safety Performance, Accid. Anal. Prev., 61, Elsevier, 23-32. DOI |
12 | Moreno A. T., García A., Romero M. A. (2011), Speed Table Evaluation and Speed Modeling for Low-Volume Crosstown Roads, Transp. Res. Rec., 2203(1), TRB, 85-93. DOI |
13 | Park J. B. (2006), Survival Analysis: Theory and Practice, Shinkwang, Seoul, South Korea, 11-14. |
14 | Yoo C. H. (1994), The Analysis of the Effect in the Vehicle Speed Control Hump: Focused on the NoWon Gu in Seoul, Master Thesis, Graduate School of Public Administration, Sungkyunkwan University, Seoul. |
15 | Yeo I., Baek J. G., Choi J. W., Kim Y. S. (2013), The Optimal Spacing of Speed Humps in Traffic Calming Areas, Int. J. of Highw. Eng., 15(3), Korea Society of Road Engineers, 151-157. DOI |