Call for Paper

Freight and Logistics

  • freight and environment,
  • impact of strategic logistics on freight systems,
  • freight policy development,
  • city logistics,
  • trans-national networks,
  • air cargo transport,
  • ports and maritime policy.
  • supply chain management
  • global supply chain management, technology/application for supply chain,
  • e-business and e-commerce,
  • production and delivery synchronization,
  • facility planning and management;
  • performance management and human factors;
  • LEAN and six-sigma;
  • modelling and simulation;
  • maintenance and reliability;
  • strategic alliances,
  • sustainability and green systems

Traffic Modelling and Intelligent Mobility

  • highway design and traffic management;
  • safety research,
  • incident management;
  • signing and telematics;
  • public transport priority systems;
  • traffic engineering, network management;
  • cooperative, connected and autonomous vehicles
  • mobility as a service, smart mobility
  • traffic management and train control;
  • railway infrastructure and intelligent railway transport;
  • vehicle dynamics and control;
  • applications of vehicular networks, including ITS
  • dynamic network modeling and optimization
  • dynamic fleet management
  • simulation and optimization of traffic and logistics systems
  • meta-heuristic methods in optimization
  • high performance computing in traffic simulation
  • vehicle routing
  • emergency management

Intelligent Transport Systems

  • intelligent robotic vehicles;
  • advanced driver assistance systems;
  • advanced communication technologies (V2V, V2I, V2X…) and automated transportation systems
  • vehicular safety, active and passive;
  • vehicle environment perception, driver state and intent recognition;
  • eco-driving and energy efficiency vehicles;
  • intelligent transport systems and its impact on traffic flows;
  • cooperative vehicle-infrastructure systems;
  • traffic collision avoidance and proximity detection technology;
  • pedestrian protection;
  • assistive mobility systems;
  • image, radar, LIDAR signal processing;
  • information fusion;
  • vehicle control;
  • human factors.

Transport Data and Transport Models

  • Big data and transport modelling
  • Big data in transport systems optimization
  • application of big data technologies in transport
  • data security and legal issues
  • big data analytics for travel data
  • transport Models
  • Innovative and applied methods in transport planning
  • developing models for policy and decision-making;
  • developing systems for transport simulation.
  • global trends impacting transport

Energy efficiency in transport. Sustainable transport

  • energy efficiency and emission reduction
  • clean fuels (biodiesel, biogas/CNG, electric and hybrid Vehicles, LPG, hydrogen vehicle)
  • energy efficiency in transportation;
  • energy efficiency of municipal transportation facilities;
  • energy and public utilities in transportation (including heat, electricity, gas and water supply);
  • energy price management and efficient pricing;
  • sustainable transport. Public transport, ports and marine; railway transport engineering, air transport operations)
  • batteries and energy storage, hydrogen storage;
  • compressed air engines;
  • internal combustion engines;
  • fuel cells;
  • fuel efficiency;
  • hybrids and hydraulic hybrids;
  • sustainable Land use and transport interactions