交通管控与服务
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Luoyi (Roy) Huang

  • Gender:Male
  • Education:Senior Manager
  • Email:huangluoyi@huangluoyi.com

Introduction

Tech-savvy in Automated Driving (SAE L2+/L3/L4/L5) and Connectivity (V2X and telematics). Self-motivated, quick learner, and willing to accept challenges. Have deep understanding of global intelligent connected vehicle landscape including market, competitor and customer. 

Currently working at Bosch as Senior Department Manager of Automated Driving Platform Development in China, focus on SAE L2+/L3/L4 private owned vehicles, ranging from Highway Assist Hands Free to Highway Pilot. Managing the Center of Competence in the fields of Function/Feature Development, Perception, Map and Localization, Situation Analysis, Reaction Pattern Analysis, Planning, Validation Concept, Vehicle/System/Software Architecture. I was the first Automated Driving product manager in Bosch China and set up the local product management team, in charge of Automated Driving product strategy defining and product planning, with the goal to define the right Automated Driving product in Chinese market ranging from L2+ to L5. 

Before joining Bosch, I worked at TATA Technologies as Connected Vehicle Consultant and DENSO as senior V2X engineer, where I laid a solid knowledge in wireless communication, cyber security, telematics, automotive and system engineering.

Starting from September, 2020, I joined the Doctor of Engineering Program in Tongji University.

Website: http://www.huangluoyi.com 


Work Experience

2013/05 - 2016/03, DENSO, Senior Engineer 

2016/03 - 2016/12, TATA Technologies, Consultant

2016/12 – Now, BOSCH, Senior Manager


Education Experience

2006/09 – 2010/06, Chang’an University, Bachelor Degree of Automation (Electronics)

2010/09 – 2013/03, Tongji University, Master Degree of Intelligent Transportation Systems

2020/09 - 202X, Tongji University, Doctor Degree of Intelligent Transportation Systems


Research Fields

Connected Vehicle + Automated Driving + Deep Learning + Reinforcement Learning 


Awards

Tongji Outstanding Graduates

National Postgraduate Scholarship

Kwang-Hua Scholarship

A Class Scholarship at Tongji 

Outstanding Graduate in Shaanxi Province

Outstanding Graduate Paper in Shaanxi

National Scholarship

National Encouragement Scholarship

National Second Prize of ITAT

First Prize of Electronics Competitions

Second Prize of Electronics Competitions

Enterprise Scholarship of Ruihuayin

First Prize of the Sixth Challenge Cup

Second Prize of Mathematical Contest 

Technical Star 

Excellent Student

Excellent League Member

Outstanding League Cadres


Publications

1. Huang L Y, Yang X G, Yao J, et al. Feasibility Analysis of Vehicle to vehicle Communication in Suburban Road. PROMET - Traffic&Transportation. Vol 2013. (SCI) WOS:000327284000008 

2. Wang Y S, Wu Z Z, Yang X G, Huang L Y, et al. Design and Implementation of an Emergency Vehicle Signal Preemption System Based on Cooperative Vehicle-Infrastructure Technology. ADVANCES IN MECHANICAL ENGINEERING. Vol 2013. (SCI) WOS:000328786900001 

3. Wang Y S, Yang X G, Huang L Y, et al. Lane-Level Vehicle Trajectory Reckoning for Cooperative Vehicle-Infrastructure System. Discrete Dynamics in Nature and Society. Vol 2012. (SCI) WOS:000313188600001

4. Yang X G, Huang L Y, Wang Y S, et al. A Prototype of a Cooperative Vehicle Infrastructure System: Proof of Concept--Case Study in Tongji University. Transportation Research Board. Washington, D.C.; Transportation Research Board of the National Academies. 2012.

5. Huang L Y, Wang Y S, Yang X H, Yang X G. V2V prototype system construction and analysis in campus environment. 21th ITS World Congress. Detroit, America. 2014. (EI) Accession number:20152000848457

6. Huang L Y, Yang X G, Wang Y S, et al. Impact of Vehicular Obstructions in Vehicle to vehicle Communication Scenarios. 20th ITS World Congress. Tokyo, Japan. 2013. (EI) Accession number:20145300386691

7. Huang L Y, Yang X G, Chen G J, et al. Performance Analysis of a WAVE Prototype Device in V2I Communication Scenario. 19th ITS World Congress. Vienna, Austria. 2012. (EI) Accession number:20141417534782

8. Huang L Y, Jiang J F, Yang X G, et al. Construction of Inter-vehicle Communication Platform Based on WAVE Protocol. 12th COTA International Conference of Transportation Professionals. Beijing, China. 2012. (EI) Accession number:20130615985635

9. Huang L Y, Yang X G, Du R H. TJ-CTS: A Testbed of Tongji Cooperative Traffic System. The First International Conference on Transportation Information and Safety. Wuhan, China; ASCE. 2011. (EI) Accession number:20113614311532

10. Chen G J, Huang L Y, Liu H D, Yang X G. Effects of bunching at stops on bus dwell time. IEEE Conference on Intelligent Transportation Systems, Proceedings. The Hague, Netherlands. 2013. (EI) Accession number:20140917394367

11. Wu Z Z, Yang J, Huang L Y, Study on the Collision Avoidance Strategy at Unsignalized Intersection based on PreScan Simulation. Procedia - Social and Behavioral Sciences. Volume 96, 6 November 2013, Pages 1315-1321 

12. 杨晓光, 黄罗毅, 王吟松, et al. 基于车车通信的换道超车辅助系统设计与实现. 公路交通科技, 2012, 29 (10) :74-78.

13. 黄罗毅, 杨晓光, 王吟松, et al. 面向车路协同的紧急事件广播通信平台构建. 2012第七届中国智能交通年会. 北京. 2012.

14. 黄罗毅, 杨晓光, 王吟松, et al. 基于车车通信的无信号控制交叉口碰撞警告系统. 第十二届海峡两岸智能运输系统学术研讨会. 开南大学, 台湾. 2012.

15. 黄罗毅, 吴志周, 杨晓光, et al. 基于仿真的 IEEE802. 11p在车路协同中的适应性研究. 交通信息与安全, 2011, 29(3): 123-126.

16. 王吟松, 黄罗毅, 王嘉文, et al. 面向车联网交通信息服务的车辆轨迹推算定位方法. 2011年上海市交通运输工程学科研究生学术论坛. 上海. 2011: 138-145.

17. 王吟松, 杨晓光, 黄罗毅, et al. 车路协同环境下紧急车辆信号控制优先通行系统实现. 2012第七届中国智能交通年会. 北京. 2012.

18. 王吟松, 杨晓光, 黄罗毅, et al. 城市道路交通运行状态车载探测系统与方法. 第十二届海峡两岸智能运输系统学术研讨会. 开南大学, 台湾. 2012.


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Contacts

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