4. 4
A global network of connected vehicles that offers a secure, reliable
and low-cost way to expand wireless coverage for everyone,
enable the Internet of Things and improve urban life
Vision
Susana Sargento
5. 5
How?
Turn cars, buses and trucks into WiFi hotspots.
Use existing WiFi infrastructure and IEEE 802.11p to mesh vehicles
(cellular only when necessary).
Manage real-time and delay-tolerant data in a smart way
Susana Sargento
6. 6 6
Vehicular Networks for
Smart Cities
The most cost-effective way to:
• offer free WiFi in urban transport,
increasing number of passengers,
reducing emissions and generating
additional revenue
• acquire real-time city-scale data
from cheap WiFi sensors to increase
safety and efficiency of municipal
operations (e.g. traffic, waste
collection, etc.)
Largest Vehicular
Network Worldwide!
600
+
vehicles
8. 8
Sensors
Meteorological
. Temperature
. Humidity
. Rain
. Wind
. Solar radiation
. Luminosity
Air Pollution
. Ozone
. NO2
. CO
. Particles
Noise
WiFi connectivity
Fixed hotspots
. Porto Digital
Mobile hotspots
. Vehicular Network
UrbanSense
Susana Sargento
9. 9
City Pilot: vehicles to transmit sensor information
Most information is sent through the vehicular network
Susana Sargento
10. 10
Smart Mobility and Applications
Mobile applications for visualization, online event monitoring;
Mobile applications for city participation, including 3rd party
companies and users;
Mobile applications for transportation;
Decision dashboards for city planning
Decision to act upon the city (roads, lanes)
Decision to act upon the transportation: real-time decision of
transportation to events
Urban planning
Any information to be used by the users, the municipality, the
fleets and the service providers
Susana Sargento