Work Experience

Sep. 2021 - now, Tongji University, Postdoctoral (Cooperative supervisor: Prof. Ma Wanjing)

Education Experience

Sept. 2017 - July. 2021, Ph.D. Candidate, Transportation Engineering, Tongji University

Sept. 2013 - July. 2017, B.S., Transportation Engineering, Tongji University

Research Interests

•   Traffic Control: Traffic Flow Perception and Intersection Control under Mixed Traffic Environment;Management of Mixed Traffic Flow on Arterials.

•   Connected Vehicle System: Intersection Control Software and Simulation Platform Design under Environment of Connected Vehicle; Roadside Control System Design under Environment of Connected Vehicle; Traffic Planning under Environment of Connected Vehicle.

Research Objectives and Plans

•    Traffic State Perception under Environment of Connected Vehicle.

•    Traffic Control Method for Intersection under Environment of Mixed Traffic Flow.

•    Traffic Design Method for Intersection under Environment of Mixed Traffic Flow.

•    Traffic Control Software Design under Environment of Connected Vehicle.

Publications

Submitted Papers

1. Li, L.,Hao R., Ma w., Qi X., Diao C., 2018. Swarm Intelligence based Algorithm for Management of Autonomous Vehicles on Arterials[C]. SAE Intelligent and connected vehicles symposium, 2018.accepted

2.Hao R., Ma W., Wang L., Qi X., Connected Vehicle Control Algorithm for All-Way-Stop-Controlled Intersections[C]. The 19th COTA conference International Conference of Transportation Professionals, 2019.accepted

3.Hao R., Ma W., Wang L., Estimating Signal Timing of Actuated Signal Control Using Pattern Recognition Under Connected Vehicle Environment. Journal of Advanced Transportation.under review

4.Hao R., Ma w., Qi X., Yu C., Wang L., Design and Development of Transportation Business Service System under Connected Vehicle Environment.under review

Prepared papers

5.Hao R., Ma W., Yu C., Managing CAVs with flexible routing at isolated intersections.

6.Hao R., Ma W., Yu C., A Method to Reconstruct Vehicle Trajectory under Partial Connected Vehicle Environment.

7.Hao R., Ma W., Yu C., Estimating Signal Timing of Actuated Signal Control Using Pattern Recognition Under Connected Vehicle Environment.

National Patents

•   Bionics-based Connected Autonomous Vehicle Operation Control Method, China. Number: 201710059510.X.

•   A Self-organized Control Method of Connected Automated Vehicles at the Isolated Intersection, China. Number: 201710059516.7

•   A Traffic Management and Control System under the Environment of Connected Vehicles, China. Number: 2019013001759700.under review

•   A Distributed Traffic Control System Based on Roadside Equipment, China. Number: 201710840565.4.under review

•   A Method of Generating Traffic Signal Control Scheme Based on Map, China. Number: 201710840220.9.under review

Honors and Awards

•   Tongji University Outstanding Student Scholarship, Second Prize, 2014.

•   National Computer RankⅡExamination Excellent Certification, China, 2014.

•   Tongji University Outstanding Student Scholarship, Second Prize, 2014-2015.

•   Tongji University Social Activities Scholarship, 2014-2015.

•   Tongji University Outstanding Students, 2014-2015.

•   The Twelfth "Young Marxist Training Project" College Students Backbone Trainees Outstanding Students, 2015.

•   Tongji University Outstanding Student Scholarship, Second Prize, 2015-2016.

•   Tongji University Social Activities Scholarship, 2015-2016.

•   Tongji University Fifteenth "Tong Lu Ren" Transportation Science and Technology Contest, Third Prize, 2016.

•   Students Innovation Training Program of Tongji university, First Prize, 2016.

•   "100 outstanding students" of Tongji University, 2016.

•   Tongji University Outstanding Graduates, 2017.

•   National Post-Graduate Mathematical Modeling Contest, Second Prize, 2017.

•   DI-TECH Algorithm Contest Top Ten in China, 7/1500 teams, 2018.

Technical Skills

•   Operating System: Windows

•   Programming Language: C++, C#, MATLAB, Octave, Python

•   Professional Application: AutoCAD, SQL Server

•   Simulation Software: SUMO, VISSIM, TransCAD

Language Proficiency

•   IELTS: 7.0

Project Experience

•   National Key Research and Development Scheme, Strategic and Intergovernmental International Cooperation in Science and Technology Innovation Program of China. (Grant No. 2016YFE0206800-3)

•   Traffic Design and Optimization. National Natural Science Foundation of China. (No：51722809)

•   Design and Optimization of Transport Systems in the Context of Urbanization. National Natural Science Foundation of China. (No：5161101471)

•   White Paper on C-V2X Development in China.

•   Study on Development Scheme of Urumqi Traffic IoT (Internet of Things) System based on Electronic Registration Identification of the Motor Vehicle.

•   Traffic Planning of Smart Traffic Town of Chongqing. (this smart town is an open test area of connected vehicle and autonomous vehicle.)

•   Evaluation of Signal Control Effect of BRT in Chengdu. (this BRT is a tram system.)

•   Development and Exhibition of Application for Connected Vehicle. (Signal Priority, Speed Guide, Vehicle Collision Warning.)

•   A Demonstration System of Signal Free Control Intersection under Environment of Connected Vehicle.

•   Research and Application of Key Technologies for Safety of Highway’s Tunnels.

Social Work Experience

•   Minister of the Organization Department of the League Committee of Tongji University, 2015-2016.

•   Vice Secretary of the Committee of the League of College of Transportation Engineering of Tongji University, Tongji University, 2015-2016.

•   Vice Chairman of the Student Union of the College of Transportation Engineering of Tongji University, 2015-2016

•   Secretary of the Fifteenth Branch of the Committee of Communist Party of China of College of Transportation Engineering of Tongji University, 2018-2019