International Conference on Traffic Engineering and Intelligent Transportation (TEIT 2019)

International Conference on Traffic Engineering and Intelligent Transportation (TEIT 2019)

Conference Date: May 29-31, 2019
Conference Venue: Kunming, China
Website: http://www.engii.org/conference/TEIT2019/
Online Registration System: http://www.engii.org/RegistrationSubmission/default.aspx?ConferenceID=1115

If you wish to serve the conference as an invited speaker, please send email to us with your CV. We'll contact with you asap.

Publication and Presentation

All the accepted papers in English will be published by World Journal of Engineering and Technology (ISSN Online: 2331-4249), a peer-reviewed open access journal that can ensure the widest dissemination of your published work.

Contact Us

Contact Person: Ms. Vicky 
Email: [email protected]
Tel: +86 156 2908 5792
QQ: 3025797047
WeChat: 3025797047
For urgent issue, please contact [email protected]

Conference Topics

Topics: The conference is soliciting state-of-the-art research papers in the following areas of interest: 

Air Transportation
Automatic fare
Automatic road enforcement
Automotive Exhaust Treatment and Environment Protection Technologies
Collision avoidance systems
Controlling methods for supply chains
Dynamic traffic light sequence
Effects of complexity on supply chain performance
Emergency Response Systems and Technologies
Emergency vehicle notification systems
Floating car data/floating cellular data
Freight Transportation
high-speed railway planning, construction, and operation organization
Highway Maintenance and Management
Inductive loop detection
Information fusion from multiple traffic sensing modalities
Intelligent Transportation Systems
Logistics Engineering and Management
Managing logistics service quality
Marine Transportation
Measurement of soft factors in supply chains
Metropolitan Transportation
Performance aspects of logistics node design
Performance effects of infrastructure management
Performance of suppliers and service providers
Performance-focused analysis of interorganizational business relations
Radio frequency identification (RFID) as supply chain performance driver
Rail and Transit Systems
Rolling stock system
Security and Monitoring Systems
Sustainability and supply chain performance
Systems of supply chain performance measurement
Traffic control and information technology
Traffic Engineering
Traffic management
Transport and traffic management
Transportation Engineering
Transportation Infrastructure
Transportation Management, Economics and Policy
Transportation networks
Transportation planning and system optimization
Transportation Safety
Urban public transportation planning and management
Variable speed limits
Vehicle Operations
Video vehicle detection
Water Transportation
Wayside control