Page 247 - Big Data Analytics for Connected Vehicles and Smart Cities

228 Big Data Analytics for Connected Vehicles and Smart Cities Benefit and Cost Estimation For Smart City Transportation Services 229

Table 11.2
Smart City Transportation Services Mapped to Efficiency Objectives

Objectives Asset and maintenance management Connected vehicle Connected, involved citizens Integrated electronic payment Intelligent sensor-based infrastructure Low cost efficient, secure and resilient ICT Smart grid, roadway electrification and electric vehicle Smart land use Strategic business models and part
Efficiency
Identifying bottlenecks and
slowdowns in the transportation
system and developing strategies to
manage these         
Optimizing the performance
of transportation assets and
infrastructure      
Optimizing the performance of the
overall transportation system     
Minimizing capital and operating
costs and optimizing current and
future expenditure       
Improving service levels for citizens
and visitors              
Identifying and addressing service
deficiencies in the transportation
system      
Assessing current and future
demand for transportation      
Optimizing access to jobs      
Optimizing transportation service for
the transportation-disadvantaged 
Understanding the relationship
between cost of travel and demand
for travel 