LOGISTICS

WAREHOUSE MANAGEMENT
- Process optimization
- Smart warehouse management
- Supervision of smart processes
- Cooperative robots: exoskeletons, handling and assembly tasks in collaboration with humans
- Autonomous robots (co-workers)
- AGV, autonomous vehicles
- Learning and task prediction via artificial intelligence
- Drones in the supply chain

GOODS TRANSPORT
- Shortest path: route optimization
- Study and optimization of the logistics chain
- Dynamic models of transport and management (land, air and maritime)
- Sizing of the logistics chain
- Robot-human collaboration
MOBILITY

PASSENGERS
- Learning systems and qualitative decision making
- Technology trends
- Social trends
- Predictive user studies
- Human-machine interaction
- Social inclusion/digital gap
- Prediction of passenger demand
- User acceptance
- Security

CITY
- Multimodal mobility strategies
- Big data and smart systems
- Mobility as a Service (MaaS)
- Autonomous and connected mobility solutions
- Drones: flow monitoring

VEHICLE
SUSTAINABILITY
- Alternative propulsion systems
- Electric, wireless, hydrogen vehicle
- Energy efficiency, battery life cycle
- Robotics, artificial intelligence, sensor of interaction/optical recognition
- Circular economy (materials, etc.)
SECURITY
- Autonomous vehicle (security)
- Road safety and comfort
INFRASTRUCTURES
- Public transportation: Ticketing, New mobility services.
- Demand prediction
- Sustainable urban design and accessibility
- Dynamic models of transport and management (land, air and maritime)
- Simulation of urban data (land use, dwelling, urban mobility plans) and virtual reality
RELATED PROJECTS
- The ARIADNA project ended formally with an event held on 18 November at the Tomorrow Mobility Congress, organised as part of the Smart City Expo World Congress.
- 26/10/2021Project Headerrightno-repeat;left top;;auto20px The Advanced Centre of Mechanical Technologies (CATMech) and the research group CS2AC of the UPC have participated in the SMARTMOVE project, which is […]




