Subject

Management Science and Engineering

Tittles

Lecturer

Telephone number

010-89534018

Email

[email protected]

Academic Qualifications

Postgraduate

Academic Degree

Doctor

Postcode

101149

Office Location

Logistics School 310

Address

Logistics School, Beijing Wuzi University, No.321 Fuhe street,   Tongzhou District, Beijing

Major Experiences

2004.09-2008.07 Bachelor of Science in mathematics and applied   mathematics, School of science, Henan University of Technology

2008.09-2011.07: Master of Science in Applied Mathematics,   School of science, Henan University of Technology

2011.09-2018.06 doctor of transportation planning and   management, School of transportation, Beijing Jiaotong University

July 2018 - present lecturer of BWU

Research Direction

Transportation planning and management

Academic Achievements

(1)Xiao Guo; Huijun Sun. Modeling the morning commute problem   in a bottleneck model based on personal perception. Journal of Advanced   Transportation. 2019,(2019): 6184827.(SCI)

(2) Guo   Xiao, sun Huijun. Research on heterogeneous travelers' early peak travel   problem based on bottleneck network. System engineering theory and practice.   2018, 38 (4): 1003-1012. (EI Journal)

(3)Guo Xiao, Sun Huijun. Analysis of time of day fare   discounts on urban mass transit travel behavior, crowding and waiting time.   Mathematical Problems in Engineering, 2014,2014: 686705.(SCI)

(4)Guo Xiao, Sun Huijun. Reward and Coarse Toll in Competitive   System with Two Modes. The 9th International Conference on Traffic and   Transportation Studies.ICTTS 2014, 205-213, August 1-3, Shaoxing, China.(EI)

(5)Mu Yun Dong, Guo Xiao. On-line Rescheduling to Minimize   Makespan under a Limit on the Maximum Sequence Disruption．2009 IITA International Conference on Services Science, management   and Engineering, 2009, 24：479-482.(EI)

(6)Mu Yun Dong, Guo Xiao. On-Line Rescheduling to Minimize   Makespan under a Limit on the Maximum Disruptions. 2009 International   Conference on Management of e-Commerce and e-Government, 2009, 9:   141-144.(EI)

(7)Mu Yun Dong, Guo Xiao, Yun Hao．Rescheduling to minimize total completion time under a limit   sequence disruption of the parallel batching. 2010 International Conference   on Future Information Technology and computing, 2010, 12: 33-37.

(8)Mu Yun Dong, Guo Xiao, Hao Yun．Rescheduling to minimize total completion time under a limit time   disruption of the parallel batching. 2010 International Conference on Future   Information Technology and computing, 2010, 12: 29-32.

(9)XuXiao Yan, Mu Yundong, Guo Xiao, Hao Yun.Rescheduling to   minimize total completion time under a limit time disruption for the parallel   batch.Chinese Quarterly Journal of Mathematics, 2015, 30(2): 274-279.(中文核心)

(10) Guo   Xiao, Feng Miluo, Mu Mo mo. sequential batch reordering to minimize the total   completion time under the limitation of time dislocation. Journal of   Zhengzhou University (SCIENCE EDITION), 2012, 44 (1): 42-45. (Chinese core)

(11) Mu Mo,   PI Junde, Guo Xiao. Sequential batch reordering with minimizing the sum of   completion times under sequence dislocation constraints. University   mathematics, 2012, 28 (4): 68-71

Research Achievements

1. National Science Fund for outstanding youth, urban transportation   system optimization and management (71322102), participated in the project;

2. Supported by the National Natural Science Foundation of   China, data driven collaborative optimization and management of urban public   transportation and subway system (71771018), participated in the project;

3. National Natural Science Foundation of China (71621001).

Awards

Social Appointments