Dimitrakopoulos G. The Future of Intelligent Transport Systems 2020

Index 257

smart technologies, 149
social pillar, 146
SUMP, 151
traffic management, 148
traffic signal coordination system, 149
Sustainable transport, 146
European Commission, 146
intelligent transport systems (ITS), 147
mobility, 147
traffic congestion, 147
World Business Council, 147

T

Technology acceptance and related models
Automated Road Transport Systems in, 87
cross gender study, 87
public acceptance, 87
self-driving vehicles, 87
survey, 87
transportation researchers, 86
Unified Theory of Acceptance and Use
of Technology (UTAUT), 87
Technology enablers
artificial intelligence (AI), 110
Automatic Emergency Braking (AEB),
192
automations, 192
Autopilot ADAS, 193
autosteer system, 193
connected car, 193
disruptive changes, 195
in-vehicle technology enablers, 194
key technology, 193
sensor fusion, 193
sensors, 192
Tesla Model S, 192
Traffic-Aware Cruise Control (TACC)
system, 193
user-machine interface, 193
Traffic-management applications
drivers and passengers, comfort level, 22
Electronic Toll Collection system, 170
IEEE 802.11p, 22
information, 22
real-time traffic analysis, 21
V2I communication, use, 22
Transportation networks, 175
air transportation networks, 176
AIS system, 175
common core architecture, 176
maritime transportation networks, 175
planar transportation network, 175

U

Unified Theory of Acceptance and Use

of Technology (UTAUT), 87

User experience (UX)

benefits, 70

cocreate value, 74

cocreation of value, 74

conceptual model, 73

experience-driven design, 66

hedonic quality, 66

human–computer interaction (HCI), 65

ITS on transportation, professionals, 81

ITS travelers, 80

mental model, 72

multidimensional and six dimensions, 66

perceive interactive products, 171

pragmatic quality, 66

public transport, users, 81

quadrant model, 67

traffic congestion, 81

transportation, 74

travel time, estimations of, 80

and UX design, 65

value creation, 74

visual design, 65

V

Value creation, 123

Vehicle software requirements

AUTOSAR platforms, 39

LIDAR sensor, 39

prototyping environments, 39

Vehicular communications

challenges of, 13

development of, 13

ETSI and CEN standards, 27

internet of vehicles (IoV), 13

intravehicle communication, 14

stakeholders in value chain, 13

vehicle-to-device (V2D), 15

vehicle-to-everything (V2X), 15

vehicle-to-grid (V2G), 15

vehicle-to-infrastructure (V2I), 14

vehicle-to-network (V2N), 14

vehicle-to-pedestrian (V2P), 15

vehicle-to-vehicle (V2V), 14

Vehicular electrical/electronic (E/E)

architectures

data-intensive sensors, 32

electronic components, 34

Google and AI specialists, 33

graphics processing units (GPUs), 32