Study of The Time-Collocation of Signal Lamp at Intersection

Study of The Time-Collocation of Signal Lamp at Intersection

Yu Li Dongdong Wei Zhu Mu Zhihao Xiong Yinghua Wang Weishi Yin*

Changchun University of Science and Technology, Changchun 130022, China


Corresponding Author Email:
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30 June 2015
| Citation



Nowadays, the traffic problem is increasingly serious, which has become many cities big concern. This paper studies the microscopic traffic simulation technology home and abroad, mainly introduces the research phase, research content, the achievements as well as the mainstream traffic simulation software. The paper deliberates the affection of roundabout and crossroads for the urban traffic. Firstly, in this paper, the Webster method is quoted to calculate the cycle of signal lamp , and then the time-collocation of signal lamp which is got investigated and surveyed-data are used at the VISSIM to simulate the traffic condition, finally ,it is concluded that the traffic volume of crossroads is slight better than the roundabout.


traffic management, traffic signal control, VISSIM micro simulation, signal lamp interval time

1. Introduction
2. Traffic Theory
3. Example
4. Conclusion

[1] Fan Ran, Study on the Application of Simulation Optimization of VISSIM at the Intersection [D], Beijing: Capital University of Economics and Business, 2014.

[2] Li Keping, The Problem of Green Light Interval Time of Traffic Signal Control in City Road [J], City Traffic, 8(05): 73-78, 2010.

[3] He Di, Design of Logistics Engineering and Management of Taishan Road [J], Signal Distribution, 216(34):124-126, 2012.

[4] Yan Ruixue, Hu Ruixue, Simulation and Optimization Design of Signalized Intersection Based on VISSIM Software [J], Transport Standardization, 1:1-3, 2010.

[5] Luo Meiqing, Application of VISSIM in Design and Operation Analysis of Intersection Traffic [D], Jilin University, 2002.

[6] Wang Dianhai, Modeling Lane Changing Behavior Using Fuzzy Logic[C], International Conference on Transportation Engineering, 2, 1-8, 2007.

[7] VISSIM 3.70 User Manual, Karlsruhe: Planing Transport Verkehr AG, January 2003.

[8] Wang Zhibiao, The Applicability of VISSIM Traffic Simulation [D], Beijing: Beijing Jiaotong University, 2006.

[9] CI Yusheng, WU Lina, Operation Reliability for on Ramp Junction of Urban Freeway [J], Central South Univ. Technology, 18:266-270, 2011.

[10] Zou Liang, Application of Vissim in the Optimization of Signal Timing Scheme in Urban Intersection [J], Logistics Technology, 11: 20-25, 2013.

[11] Sun Jian, Yang Xiaoguang, Study on the Parameters Calibration of Microscopic Traffic Simulation Model System - Take the Application of VISSIM as an Example [J], Computer and Communications, 22(05):3-6, 2004.

[12] Lou Yue-Xin, Design and Implementation of the Traffic Signal Lamp [J], Computer Knowledge and Technology, 22(10):5352-5354, 2014.

[13] Qian Jun, Research on Traffic Organization of Urban Road Plane Intersection [J], Urban Roads Bridges & Flood Control, 2: 127-130, 2014.

[14] Chen Dashan, Xu lin, The Design of Traffic Signal Lamp Group Based on VISSIM [J], Shandong Transportation Technology, 5:5-7, 2013.