Page 310 - Big Data Analytics for Connected Vehicles and Smart Cities

290 Big Data Analytics for Connected Vehicles and Smart Cities Index 291

smart grid, roadway electrification, and technology framework, 100
electric vehicle services, 85–86, 89 video platform, 99
smart land use, 86–88 Smart city initiatives, 152
smart land use optimization, 107 Smart city services analytics
smart land use services, 89 asset and maintenance management,
smart service evolution approach, 95 124–25
steps toward, 92–98 connected vehicles, 125
stovepipe projects and, 105 Information and Communications
strategic business models and Technology (ICT), 127
partnering, 85 integrated electronic payment, 126
strategic business models and intelligent sensor-based infrastructure,
partnering services, 89 126–78
summary, 114 list of, 123
sunk investments in legacy systems and, overview, 122–24
105 smart grid, roadway electrification, and
transportation effects on environment, electric vehicle services, 127
107 smart land use, 128
transportation governance services, 90 strategic business models and
transportation management services, 90 partnering, 182
transportation services improvement, transportation governance, 128–29
107 transportation management, 129–30
travel information services, 90–91 urban analytics, 130
understanding possibilities and, 96 urban automation, 130–31
urban analytics, 85 urban delivery and logistics, 131
urban analytics services, 91 user-focused mobility, 131
urban automation, 83 Smart city transportation professionals,
urban automation services, 91 advice for, 278–81
urban delivery and logistics, 85 Smart city transportation services
urban delivery and logistics services, 91 categorized as direct or indirect benefit,
urban-focused mobility services, 91 236
U.S. DOT vision elements, 85 cost estimates for, 246–59
user-focused mobility services, 84 cost summary, 256, 259
Smart city frameworks defining, 225, 235
analytics, 101 direct benefit cost summary, 254
citizens participation platform, 99 mapped to efficiency objectives,
control centers, 102 228–30
event repository and big data mapped to safety objectives, 227
management, 101 mapped to user experience objectives,
information infrastructure, 99 231
interoperability interface, 101 Smart city transportation services cost and
open apps and open data, 99 benefit estimation
organizational framework, 103 assumed configurations for cost
overview, 98–99 estimation, 237–46
processes, 101 assumptions, 232–35
safety and security, 101 benefit estimation, 259–66
SDK external integrators, 101 cost estimation, 246–49
semantics and ontology, 101 introduction to, 224–25
sensor platform, 99 methodology, 226
situation room, 102 overview of approach, 225–32
software applications and services, 102 summary, 267