The document discusses a smart parking application that uses internet-connected objects and real-world information. A driver can find the closest available parking slot by pressing a button on the steering wheel. This will access a real-world information database aggregated from different connected cars to provide updated parking availability. Municipalities and parking owners can then obtain statistical data and discover new driver behaviors from the aggregated information.

1. Internet Connected Objects
for Reconfigurable Ecosystems
Smart Parking Application
Workflow-based CVO Creation and Execution
RWI database
Smart Parking Use case
• Growth of Real World Information
DB (shown in this demo)
• Validation of knowledge models
(e.g., the traffic flow in Parking A
on day X) through aggregation of
data coming from different cars
(out of the scope of this demo)
The Driver wishes to find out
the closest available parking
slot by pressing a steering
wheel button.
Municipalities and Parking
owners obtain statistical data
and discover new drivers’
behaviors
New info
in the RWI DB
The Driver obtains useful
information directly on the
car’s screen
Real World Knowledge/Model
c
Real World Objects & Sources of information
VO Registry
Car Sensors
(Bluetooth)
GPS Position
www.iot-icore.eu
Parking Systems
(Open Data)