Dimitrakopoulos G. The Future of Intelligent Transport Systems 2020

Index 253

Apache Storm, 218
Hadoop Distributed File System (HDFS),
217
scalability of solutions, 217
technologies, 217
maritime networks
automatic identification system (AIS),
210
big maritime data, 215
data analysis, 216
fleet management and control systems, 210
MarineTraffic platform, 215
road networks, 209
on-site observation technologies, 207
on-site sensing techniques, 207
remote sensing techniques, 209
smartcities
holistic transportation system, 209
measurement of passenger traffic, 210
pedestrian and cyclist loads, 210
pedestrians and cyclist networks, 210
Decentralized Environmental Notification
(DEN) Basic Service, 28
Dedicated short-range communications
(DSRC), 168

E

Economic growth
definition, 95
environmental impacts, 96
European Commission studies, 96
gross domestic product (GDP), 95
index, 95
products and services, 96
social impact, 96
Solow-Swan model, 95
technological systems, 97
theories, 95
tourism, 97
transport infrastructure and related-
activities, 96
transport sector, 96
transport systems, impact, 96
Electric vehicles, 31
Elicitations, 43, 59
ETSI and CEN standards
Cooperative Awareness Service, 28
technical specifications, 27
European standardization bodies, 27
Experience model
design intelligent transport systems, 70
holistic and collaborative approach, 71

products connected with purpose, 70

stakeholders, 71

value propositions, 71

F

Fee-for-service revenue model, 122

G

Gross domestic product (GDP), 95

H

Highly automated vehicles

artificial intelligence and machine learning, 88

automation of, 85

automotive automation, 85

autonomous driving system, 85, 86

business models, 130

CCAM, 14

and collaboration, 85

deployment cost reduction, 3

driver’s sensor configurations and sensor

fusion

assistance systems, 227

automotive domain, 33

reliability improvement and, 6

strategy analytics, 6

driving safety improvement, 4

fail-operational E/E architectures

non-fail operational system architecture, 66

interconnection (V2V communications), 3

LIDAR sensor technology, 7

life-critical decisions, 89

limitations, 3

machine learning models, 89

machine-to-machine communication, 85

mobile robot, 4

RADAR sensors, 9

self-driving cars, 88

survey, 88

surveys, 86

traveler’s information enhancement, 4

vehicle cooperation improvement, 3

Highway Addressable Remote Transducer

(HART), 161

Human centered automation

in ITS, 103

ITS key targets, 106

reliability, 105

robustness and availability requirements, 105

safety, 105

vehicles with electrification, 105