Dr. Xinhuan Zhang, assistant professor and master's advisor, has worked at the Institute of Road and Transportation, College of Engineering, Zhejiang Normal University, since May 2012. She focuses on evaluating and predicting intelligent public transportation systems, travel time prediction, and connected automated vehicle highway systems. She often participates in national projects with the Zhejiang Provincial Natural Science Foundation and businesses. As a senior professional, she is frequently sought out to consult on and evaluate government transportation projects. She has taught such undergraduate and postgraduate courses as traffic planning, traffic engineering (taught in English), traffic engineering, Traffic management and control (taught in English), Big Data and Data Mining (taught in English), traffic planning course design (taught in English), traffic project feasibility analysis and project management.
EMPLOYMENT
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2012-Present | Assistant Professor, College of Engineering, Zhejiang Normal University, Jinhua, China. |
2018- Present | Technical Expert, Key Laboratory of Intelligent Operation and Maintenance Technology and Equipment for Urban Rail Transit of Zhejiang, China. |
2015- Present | Field Consultant, Professional talent pool of Zhejiang Province, China. |
7/2023-9/2023 | Visiting Scholar, The University of Kansas,The school of Engineering, Mentor：Steven |
1/2020-2/2021 | Senior Visiting Scholar, The University of Wisconsin-Madison, College of Engineering Advisor: Bin Ran, Madison, U.S.A. |
7/1999-9/2005 | Product R&D engineer, Xinjiang Zhongtong Bus Holding CO., Ltd, Urumqi, Xinjiang, China. |
PROFESSIONAL REGISTRATION
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2013 | Higher education qualification, Education Department of Zhejiang Province, China. |
2001 | Assistant Engineer, Transportation Department of Xinjiang Province, China. |
2000 | Internal quality management system auditor (ISO9001), Xinjiang Provincial Department of Science and Technology, China. |
PUBLICATIONS
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Books
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1. Kefei Yan, Xinhuan Zhang, et al. Theory and method of traffic demand management (TDM), ISBN: 978-7-5608-4886-0 Tongji University Press, 2012.6. |
Peer-Reviewed Journal Papers
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1. Xinhuan Zhang, Dongping Li, Les Lauber, Tengfei Yuan, Cuiwei Li, and Jinhong We. Ride comfort evaluation of modern tram in the new urban district based on cloud model [J]. International Journal of Environmental Research and Public Health In review. 2. Xinhuan Zhang, Les Lauber, Hongjie Liu, Junqing Shi, Meili Xie, and Yuran Pan. Travel time prediction of urban public transportation based on detection of single routes [J]. PLOS ONE, 1, 2022（SCI). 3. Xinhuan Zhang, Les Lauber, Hongjie Liu, Junqing Shi, Jinhong Wu, Yuran Pan. Research on the method of travel area clustering of urban public transport based on Sage-Husa adaptive filter and improved DBSCAN algorithm. [J]. PLOS ONE, 12, 2021（SCI). 4. Xinhuan Zhang, Hongjie Liu, Chengyuan Mao, Junqing Shi, Guolian Meng, Jinhong Wu, and Yuran Pan. The intelligent engine start-stop trigger system based on the actual road running status [J]. PLOS ONE, 6, 2021（SCI). 5. Xinhuan Zhang, Hongjie Liu, Mingming Xu, Chengyuan Mao, Junqing Shi, Guolian Meng, and Jinhong Wu. Evaluation of Passenger Satisfaction of Urban multi-mode public transport [J].PLOS ONE, 10, 2020（SCI). 6. Xinhuan Zhang, Hongjie Liu, Jinhong Wu, Junqing Shi, Chengyuan Mao, and Guolian Meng, Research on Evaluation Function of Clustering Algorithm Based on Duty Cycle [J]. Computer Engineering and Applications, 2022,58(01). 7. Xinhuan Zhang, Hongjie Liu, Junqing Shi, Chengyuan Mao, and Guolian Meng. LSTM and artificial neural network for urban bus travel time prediction based on spatiotemporal eigenvectors [J]. Journal of Computer Applications, 2021,41(03). 8. Xinhuan Zhang, Meili Xie, Mingming Xu, Chengyuan Mao, and Jinhong Wu. Evaluation of urban public transport passenger satisfaction based on AHP-EWM-FCE Model[J]. Traffic & Transportation, 2020, 36(06). 9. Xinhuan Zhang，Yihao Wu，Jinhong Wu，Mingming Wu，and Chengyuan Wu. Analysis of passenger flow of urban conventional public transport system based on I.C. cards and GPS data [J]. Journal of Zhejiang Normal University (Nat.Sci.), 2019,42(02). DOI: 10.16218/j.issn.1001-5051.2019.02.015. 10. Xinhuan Zhang, Riping Wan, and Kefei Yan. Travel time prediction of urban public transport based on detection of single routes [J]. Traffic & Transportation, 2016, (01). 11. Xinhuan Zhang, Junqing Shi, and Kefei Yan. Analysis of urban passenger travel characteristics based on multi-source data [J]. Traffic & Transportation, 2016, (01). 12. Chengyuan Mao, Qin Wang, Jun Qian, Wei Jiang, Yinghao Qiu, Shengde Yang, and Xinhua Zhang. Research on actuated signal control based on short-period prediction [J]. Journal of Zhejiang Normal University (Nat.Sci.), 2022, 45(02). DOI: 10.16218/j.issn.1001-5051.2022.02.012. 13. Meili Xie, Xinhuan Zhang, Jinhong Wu, and Juan Wang. Metro passenger satisfaction degree of Hangzhou metro passengers based on Fuzzy Comprehensive Evaluation [J]. Traffic & Transportation, 2020, 36(02). 14. Jinhong Wu, Xinhuan Zhang, Meili Xie, and Juan Wang. Research on teaching design of "hand turnout" based on working process [J]. Vocational and Technical Education and Research in Guangdong, 2021.6. DOI: 0.19494/j.cnki.issn1674-859x.2021.03.032. 15. Jinhong Wu, Shuxin Li, Xinhuan Zhang, Meili Xie, and Juan Wang. Design of CTC dispatch simulation system based on scene control [J]. Journal of Zhejiang Normal University (Nat.Sci.), 2020, 43(04). DOI: 10.16218/j.issn.1001-5051.2020.04.012. 16. Jinhong Wu, Xinhuan Zhang, and Meili Xie. Research on experimental teaching of train speed protection curve based on MATLAB [J]. Contemporary educational practice and teaching research, 2020, (11). DOI: 10.16534/j.cnki.cn13-9000/g.2020.1230. 17. Jinhong Wu and Xinhuan Zhang. Comprehensive evaluation of comfort of urban rail transit train based on fuzzy reasoning[J]. Journal of Zhejiang Normal University (Nat.Sci.), 2017, 40(04). DOI: 10.16218/j.issn.1001-5051.2017.04.015. 18. Junqing Shi, Zhiqiang Li, Sulan Li, Chengyuan Mao, and Xinhuan Zhang. A cellular automaton model of urban road network considering bidirectional traffic [J]. Journal of Transportation Systems Engineering and Information Technology, 2017, 17(02). DOI: 10.16097/j.cnki.1009-6744.2017.02.014. 19. Junqing Shi, Y. J. Hu, Sulan Li, Zhiqiang Li, Xinhuan Zhang, Chengyuan Mao. Simulation and analysis of road construction traffic flow in urban road networks. Advances in Mechanical Engineering, 2015. DOI: 10.1177/1687814015618176. (SCI) 20. Xinhuan ZHANG and Kefei Yan. Study and application of construction GIS-T method for urban regional traffic network [J]. Computer Engineering and Applications, 2010, 46(31):14-18. 21. Xinhuan ZHANG and Kefei Yan. Study on countermeasures of urban transportation development in Urumqi City [J]. Traffic & Transportation, 2010, (01). 22. Xinhuan ZHANG, Lei Zhao, and Kefei Yan. Research on method of setting urban taxi station [J]. Traffic & Transportation, 2010, (01). 23. Jian Zheng, Xinhuan Zhang, Kefei Yan, and Lei Zhao. Analysis of typical characteristics and problems of curb parking in Shanghai [J]. Traffic & Transportation, 2010, (01). 24. Lei Zhao, Xinhuan Zhang, and Kefei Yan. A brief description of the contents of the road (inside) parking survey in the fourth traffic survey of Shanghai [J]. Traffic & Transportation, 2010, 26(03). 25. Xinhuan ZHANG and Xiaoyong Liu. Analysis on characteristic of the inhabitant trip in Urumqi City [J]．Journal of Xinjiang Agricultural University, 2008, (03):101~105. |
Peer-Reviewed Proceedings
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1. Xinhuan Zhang, Xingjian Xue, and Kefei Yan. Research and application of visual optimization method for urban regional traffic network[C]. The 10th International Conference Of Chinese Transportation Professionals (ICCTP 2010), 2010.8 (E.I. Index， ID: 20104513365999). 2. Xinhuan Zhang and Keifei Yan. Study and application of establishment method based on TransCAD for urban public transit basic data system [C]. The Second International Symposium on Traffic Information and Logistic Engineering, 2009. 4:750-754. (E.I. Index, ID: 20095212569258) 3. Xingjian Xue, Xinhuan Zhang, Min Jiang, and Kefei Yan. Analysis model of lane adjustment about urban elevated road ramp merge area [C]. The 2010 International Conference on Computer Design and Applications (ICCDA 2010), 2010.6 (E.I. Index, ID: 20103413186272). 4. Xinquan Ou, Xinhuan Zhang, and Dongping Li. Traffic information service system for public transit in integrative transport hub. The 6th China Urban Intelligent Traffic Forum, 2012, 6. 5. Xinhuan Zhang and Kefei Yan. Study of establishment method for urban public traffic planning information system. The 20th National Computer Technology and Application Academic Conference & the 1st National Safety-Critical Technology and Application Academic Conference （CACIS·2009), 2009-07-17. |
PROJECTS
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Supported By the Natural Science Foundation of China/Zhejiang Province
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Year | Project Title | Sponsor | Role | Amount |
01/2018-12/2021 | Research on Key Technologies of Public Transit System Analysis and Performance Evaluation Based on Multi-Sources Data | Zhejiang Provincial Natural Science Foundation of China（LY18G010009） | PI | ¥90,000 |
06/2012-12/2015 | Travel Time Prediction of Urban Public Transport Based on Detection of Multiple Routes | Scientific Research Foundation for Returnee Scholars, Ministry of Education of China. （C304012027） | PI | ¥50,000 |
10/2017-10/2019 | Research on Key Technologies of Public Transit System Analysis and Performance Evaluation Based on Multi-Sources Data | Project of Zhejiang Education Department（Y201738488） | PI | ¥10,000 |
01/2018-12/2020 | Research on Reinforcement Learning based control Strategy for Sporadic traffic congestion in the urban road network | Zhejiang Provincial Natural Science Foundation of China（LY18E080021） | Co-PI（3/7） | ¥100, 000 |
01/2015-12/2017 | Study on traffic congestion propagation law and control strategy of the urban road network under the influence of traffic accidents | Zhejiang Provincial Natural Science Youth Foundation of China（LQ15E080005） | Co-PI (4/6) | ¥50,000 |
06/2015-12/2017 | Research on urban road network congestion characteristics and control methods under the influence of road construction | Jinhua Science and Technology Planning Project Fund（2015-3-027） | Co-PI (7/9) | ¥60,000 |
05/2008-12/2012 | Optimization technology of resource allocation among urban passenger transport modes | National High-tech R&D Program of China (863 Program)（2008AA11Z201） | Co-PI (7/9) | ¥6,000,000 |
09/2019-03/2022 | Course design of practical teaching system of Urban Rail Transit Driving Organization (Industry-school Cooperative Education Program of Ministry of Education) | The Ministry of Education | Co-PI (2/4) | ¥100, 000 |
10/2018-12/2019 | Reform of the teaching content and curriculum system of Train Operation Control (Industry-school Cooperative Education Program of Ministry of Education) | The Ministry of Education | Co-PI (2/4) | ¥100, 000 |
Government Consultation Report | ||||
Year | Project Title | Sponsor | Role | Amount |
07/2019-12/2019 | The construction standard of air defense education experience center in the new era | Zhejiang Provincial Civil Air Defense Office | Co-PI (7/12) | ¥500, 000 |
05/2019-06/2019 | Optimization design of traffic organization in Luoshan Road, Pan'an County | Pan'an County Housing and Urban-Rural Development Bureau | Co-PI (5/9) | ¥70, 000 |
10/2019-07/2020 | Research on the development of the Jinhua Comprehensive Transportation Industry | Jinhua Transportation Bureau | Co-PI (6/13) | ¥400, 000 |
07/2018-06/2019 | Research on Integrated Transportation Construction Project and Industrial economic cooperation development in Jinhua City | Jinhua Transportation Bureau | Co-PI（9/16） | ¥800, 000 |
07/2017-07/2018 | Jinhua Transportation Basic Directory information management system improvement project | Jinhua Road Transport Administration Bureau | Co-PI（7/14） | ¥92,400 |
07/2017-07/2018 | Study on Operation evaluation and development countermeasures of Highway freight service system in Jinhua City | Jinhua Road Transport Administration Bureau | Co-PI（4/6） | ¥404,000 |
07/2009-12/2009 | Study on the established standard and pilot regional distribution scheme of taxi waiting spots in downtown Shanghai | Shanghai Municipal Transport and Port Authority | PI | ¥400, 000 |
09/2009-12/2009 | Investigation of parking on urban roads in Shanghai | Shanghai Municipal Transport and Port Authority | PI | ¥500, 000 |
01/2008-03/2009 | The design of the road traffic regulation scheme in Changsha's downtown district | Changsha Planning Administration Bureau | Co-PI（2/14） | ¥500, 000 |
03/2009-12/2009 | World Bank Loan Project feasibility study stage -- Traffic model design and forecast of Wuhu city | Wuhu Construction Bureau | Co-PI（2/14） | ¥1,500, 000 |
06/2005-11/2008 | Study on Public Transport Planning in Urumqi | Xinjiang Provincial Construction Department | Co-PI（4/20） | ¥12,000, 000 |
Research collaboration between institutions | ||||
Year | Project Title | Sponsor | Role | Amount |
12/2018-12/2019 | Research on automatic detection technology of urban road Network Traffic events based on floating vehicle data | Wuhan Traffic Science Research Institute | Co-PI（4/6） | ¥120, 000 |
12/2018-12/2019 | Research on decision-making method and system of emergency congestion relief in the Wuhan Road network | Wuhan Traffic Science Research Institute | Co-PI（4/6） | ¥120, 000 |
09/2014-12/2016 | Research on Identification and Control Method of Urban Road Network congestion bottleneck | Wuhan Traffic Science Research Institute | Co-PI（4/6） | ¥60, 000 |
09/2006-12/2006 | The design of the Urumqi ATS network control system | School of Traffic Engineering, Southeast University | Co-PI（4/20） | ¥100, 000 |
Enterprise project | ||||
Year | Project Title | Sponsor | Role | Amount |
06/2021-12/2021 | Adaptive combined phase improvement technology for a signalized roundabout intersection | Zhejiang Antong Engineering Technology Consulting Co. LTD | Co-PI（2/8） | ¥109,000 |
11/2018-10/2019 | Design of unidirectional vehicle-road cooperative communication system | Beijing Ozer Technology Development Co. LTD | Co-PI（2/6） | ¥100, 000 |
08/2015-12/2015 | Urban road traffic management planning of Chun 'an County Qiandao Lake District | China Ruilin Engineering Technology Co., LTD. Hangzhou Branch | Co-PI（4/6） | ¥150, 000 |
03/2015-06/2015 | Research on Comprehensive traffic evaluation technology in Jinhua Urban area in 2015 | Beijing Jingzhong Intelligent Traffic Technology Co., LTD | Co-PI（6/8） | ¥620, 000 |
04/2009-02/2010 | Research on Key Technologies of Rapid distribution Network System design for large Integrated transportation hub (Shanghai Hongqiao Hub Project) | Shanghai Shenhong Investment Group Co. LTD | Co-PI（4/20） | ¥5,000, 000 |
05/2009-09/2009 | Planning and Design Scheme of Yanghuwan in Changsha Dahe West Pilot Area -- a special study on traffic | Changsha Pilot Investment Holding Co. LTD | Co-PI（4/20） | ¥1,000, 000 |
Research Grants Awarded at Zhejiang Normal University | ||||
Year | Project Title | Sponsor | Role | Amount |
12/2019-12/2020 | Design and implement the course teaching content of "Integrated Practice of Rail Transit Dispatching." | Zhejiang Normal University | Co-PI（2/5） | ¥50, 000 |
12/2016-12/2017 | Analysis of the influencing factors of Traffic Engineering English Course Construction | Zhejiang Normal University | PI | ¥4, 000 |
12/2016-12/2017 | Engineering education professional certification | Zhejiang Normal University | Co-PI（4/20） | ¥50, 000 |
12/2015-12/2016 | Engineering education professional certification | Zhejiang Normal University | Co-PI（4/20） | ¥50, 000 |
12/2015-12/2016 | Quantitative assessment of graduation requirements for transportation majors | Zhejiang Normal University | PI | ¥4, 000 |
03/2014-12/2018 | Transportation engineering international professional construction | Zhejiang Normal University | Co-PI（2/20） | ¥50, 000 |
PATENTS AND INVENTIONS |
1. Xinhuan Zhang, Hongjie Liu, Junqing Shi, Chengyuan Mao, and Guolian Meng. Methods, equipment, and computer equipment for vehicle travel time prediction. (Patent number: CN111667689B), issued: 2022-06-03. 2. Xinhuan Zhang, Meili Xie, and Jinhong Wu. Satisfaction evaluation methods, devices, computer equipment, and readable storage media ( Application Number： CN111369300A). substantive review is in effect. 3. Shen Li, Bin Ran, Yang Cheng, Zhijun Chen, Shanglu He, Xinhuan Zhang. Intelligent Roadside Toolbox. (Patent number: CN113496602B ), issued: 2023-01-31. |
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[1] 2010.8 to 2011.9
University of Wisconsin-Madison | Transportation | Doctorate | Doctoral study | Transportation Engineering, Madison, U.S. （"National Construction of High-level University" graduate joint training project ）
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[2] 2008.9 to 2010.8
Tongji University | Transportation | Doctorate | Doctoral graduate graduation | Transportation Planning and Management, Tongji University, Shanghai, China
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[1] 2023.7 to 2023.9
The school of Engineering | The University of Kansas | Visiting Scholar | Visiting Scholar | Participate in various projects of co-professors
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[2] 2020.1 to 2021.2
College of Engineering | University Wisconsin of Madison | Senior Visiting Scholar | Senior Visiting Scholar | By participating in the research work of Professor Bin Ran's research group in the University of Winscosin-Madison Institute of Technology, had been learning the key technologies of advanced "intelligent network connected vehicle road system".
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[3] 2012.5 to 2023.10
College of Engineering | Zhejiang Normal University | Assistant Professor | Assistant Professor | Focuses on evaluating and predicting intelligent public transportation systems, travel time prediction, and connected automated vehicle highway systems. Participating in national and Provincial Natural Science Foundation projects.
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[4] 1999.7 to 2005.9
Technical development department | Xinjiang Zhongtong Bus Holding CO., Ltd | Product R&D engineer | Product R&D engineer | Focus on bus new product development, research.
Evaluation and prediction of intelligent public transportation systems
Intelligent transportation systems
Connected Automated Vehicle Highway System
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[1] 2015.1 to Now
Field Consultant, Professional talent pool of Zhejiang Province, China.
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[2] 2018.1 to Now
Technical Expert, Key Laboratory of Intelligent Operation and Maintenance Technology and Equipment for Urban Rail Transit of Zhejiang, China.
lecturer
Gender:Female
E-Mail:
Date of Employment:2012-05-11
Status:在岗
Professional Title:lecturer
School/Department:College of Engineering, Zhejiang Normal University
Education Level:Graduate student graduate
Degree:Doctorate
Discipline:Transportation
Alma Mater:Tongji University
tshonorceng1.The design of border patrol vehicle in the high-altitude cold area. 2004 China Highway Science and Technology, Second Prize, Xinjiang Southern Military Region Equipment Department, Xinjiang Zhongtong Bus Co., LTD. 2. Research and application of GIS-T co
Business Address:Room 204, Building 31, College of Engineering, Zhejiang Normal University
Contact Information:0579-82291332
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