254 Index
I
IEEE 1609 family of standards
automotive domain, 35
middle (network) layer, 23
model of communication, 22
On-board Unit (OBU), 22
Road Side Unit (RSU), 22
short-range communication, 22
standard, 22
WAVE interface, 22
Intelligent mobility incubator
axes, 203
infrastructure projects, 203
private and commercial mobility, 203
public mobility, 203
smart mobility and, 202
technology, 202
Intelligent transport system (ITS), 165
activity theory, requirements elicitations,
59
advanced traveler information systems,
233
analytical information, 233
applications, 232
benefit-cost analysis, 99
benefits and challenges
applications, 234
integrated mobility framework, 234
better life quality, 231
cases
of applications, 234
city of Songdo, 236
smart and integrated mobility, 236
smart urban mobility, 236
use, 236
city intelligence, 231
collaborative intelligent transport systems
(C-ITS), 247
communication strategy, 132
cost-effectiveness study, 98
design and implementation process, 99
development framework, 232
diverse disciplines, 52
driver behavior, 79
electric vehicles, 248
elicitation methods, 53
e-tickets and contactless payments, 237
experience model, 70
framework, 66
full integration of, 233
functional-safe algorithms and
methodologies, 108–110
goals, 148
government efforts and research projects,
201
growth and sustainability, impact, 110–111
immediate impacts, 79
implementation phase, 133
inception phase, 133
information systems, 170
initial phase, 132
integrated mobility, future of
digital and physical security, 235
internet access and connectivity, 235
personalized solutions, 235
technological advancements, 235
investment, 170
investments, case studies, 97
local residents and businesses, users, 82
marketing period, 132
marketing strategies for, 131
Michigan area, 98
mixed ownership and responsibilities, 52
modern transportation, 148
monitoring and improvement phase, 134
monitoring of road and vehicle’s condition,
237
oriented blockchain model
case of, 243
cloud-based model, 242
decentralization, 242
logistics, 243
mobile applications, 244
ride-sharing network, 244
vehicular ad-hoc networks (VANETs),
243
original manufacturers of equipment
(OEM), 130
potential solutions for, 54
programs
Berkley’s Institute of Transportation
Studies, 169
China, automation of traffic management,
170
communications technologies, 168
FASTag, 170
FHWA’s Technology and Innovation
Deployment, 169
H2020-EU.3.4. Program, 169
infrastructure section, 168
Pipeline Safety RD&T, 169
Stochastic Cell Transmission Model, 170
UN-ESCAP study, 170
US DOT T2 Program, 168
public and private companies, 237
smart and sustainable mobility, 202