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Call for Paper Dowload the CFP. pdf

2017 6th International Conference on Transportation  and  Traffic Engineering (ICTTE 2017) is the premier forum for the presentation of new advances and research results in the fields of theoretical, experimental, and applied Traffic and Transportation Engineering. The conference will bring together leading researchers, engineers and scientists in the domain of interest from around the world. Topics of interest for submission include, but are not limited to:

Transportation Engineering

  • Transportation planning and system optimization
  • ITS theory and applications
  • Traffic control and information technology
  • Transportation and socioeconomic development
  • Transportation security, environmental protection, and sustainable development
  • Urban public transportation planning and management high-speed railway planning, construction, and operation organization
  • Transportation Safety
  • Transportation Planning
  • Air Transportation
  • Marine Transportation
  • Metropolitan Transportation
  • Freight Transportation 
  • Emergency Response Systems and Technologies
  • Intelligent Transportation Systems
  • Energy Saving and Alternative Energy
  • Automotive Exhaust Treatment and Environment Protection Technologies
  • Transportation Infrastructure (Pavement, Bridge)
  • Highway Maintenance and Management
  • Transportation Management, Economics and Policy
  • Vehicle Operations
  • Rail and Transit Systems
  • Water Transportation
  • Security and Monitoring Systems

Logistic Engineering

  • Systems of supply chain performance measurement
  • Controlling methods for supply chains
  • Innovative IT systems as performance drivers (SOA etc.)
  • Benefit allocation of IT-based performance drivers among supply chain partners
  • Agent-based simulation/other simulation approaches
  • Quantitative and qualitative performance measures
  • Efficiency of profit and risk sharing in supply chain networks
  • Performance of suppliers and service providers
  • Performance aspects of logistics node design
  • Interrelationships between management methods and supply chain performance
  • Measurement of soft factors in supply chains
  • Radio frequency identification (RFID) as supply chain performance driver
  • Performance-focused analysis of interorganizational business relations
  • Performance effects of infrastructure management
  • Sustainability and supply chain performance
  • Innovative concepts for modelling, simulation and optimization of transportation networks
  • Managing logistics service quality
  • Development of key performance indicators (KPI) for supply chains
  • Risk Management and SC Performance
  • Financial and non-financial performance measurement
  • Implications of bottlenecks for supply chain performance
  • Effects of complexity on supply chain performance
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