| Environment Friendly and Energy Sparing Transport Means (EF&ESTM) |
|
Transportation and Logistics Technologies (T<) |
- batteries and energy storage;
- city cars;
- compressed air engines;
- connected vehicles;
- driver assistance systems;
- electric vehicles;
- internal combustion engines;
- fuel cells;
- fuel efficiency;
- hybrids;
- hydraulic hybrids;
- hydrogen storage;
- tires;
- drives;
- vehicle systems;
- weight reduction;
- fuels;
- emissions;
- ports and marine;
- railway transport engineering.
|
|
- procurement and supply;
- service operations and performance;
- development of supply chain management;
- forecasting;
- sustainable supply chain;
- risk of supply chain management;
- product development;
- information systems;
- supply chain configuration;
- performance of supply chain management;
- global supply chain management;
- production and delivery synchronization;
- technology/application for supply chain;
- technology management;
- e-business and e-commerce;
- facility planning and management;
- performance management;
- human factors and ergonomics;
- LEAN and six-sigma;
- modelling and simulation;
- quality control and management;
- maintenance and reliability;
- sustainability and green systems;
- strategic alliances;
- production and material flows;
- warehouse and distribution.
|
| |
|
|
| Transport Infrastructure, Traffic Modelling and Control (TITM&C) |
|
Intelligent Transport Systems (ITS) |
- traffic management and train control;
- system modelling and simulation;
- system optimisation;
- transportation planning and scheduling;
- condition monitoring;
- non-destructive testing and diagnostics;
- data modelling and integration;
- communication technology;
- railway infrastructure;
- intelligent railway transport;
- energy modelling and management;
- vehicle dynamics and control;
- system automation.
|
|
- advanced driver assistance systems;
- automated vehicles;
- 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;
- pedestrian protection;
- V2I / V2V communication;
- proximity detection technology ;
- assistive mobility systems;
- autonomous / intelligent robotic vehicles;
- image, radar, LIDAR signal processing;
- information fusion;
- vehicle control;
- telematics;
- human factors.
|
