intelligent transportation system for rail, air, public transit, and
freight, empowering service operators and passengers with real
time information and tools.
travel; improve customer experience by determining the most
appropriate transportation and route; and reduce transport
carbon emissions.
response to a range of events such as health (emergency
response systems, access to accident and emergency units, etc.)
and transport (traffic management).
management: public lighting and street maintenance.
digital billboards) with system automation for citizens' user-
friendly access to urban data and public service information.
Urban data are retrieved through sensors embedded within
infrastructure systems to collect data.
citizens' sense of responsibility through engagement, and
promotes better decision making.
Intelligent public lighting with lamp posts were embedded
with sensors detecting various information (CO
buildings and public spaces that contain sophisticated mechanical
devices and control systems. These spaces operate as data sources
and potential sources of co-generation power and water plants.
atmosphere and quality of life while enabling social cohesion
and interaction.
Singapore developed a single inter-modal transport card to pay
for all modes of travel. It resulted in shorter delays and lower
traffic congestion on expressways alone and $28 million annual
savings. Other examples include the Beijing real-time traffic
monitoring and the Paris on-demand personal transportation:
Vélib' (bicycles) and Autolib' (electric cars) sharing system.