Dimitrakopoulos G. The Future of Intelligent Transport Systems 2020

(National Geographic (Little) Kids) #1

258 Index


local data processing and adaptability, 33
machine learning models, 33
new high performance applications, 34
next generation of ECUs, 33
novel autonomous, 32
NVidia technology, 33
real-time vehicle perception, 32
surround view system, 33
transparent and secure communication, 32
volume of data, 33
Very-long instruction word (VLIW) extension,
36
Virtual mobile operators (VMOs), 19
Visible light communication (VLC), 24
V2X communications.. See Vehicular com-
munications


W

Wireless access for vehicular environments
(WAVE)
communication, 21
Dedicated Short Range Communication
(DSRC) protocol, 20
IEEE 802.11p, 21
onboard equipment and road infrastructure,
20
real-time response, 21
V2V and V2I communication, history of, 20
World-level standardization bodies
Association of Radio Industries and
Businesses (ARIB), 157


Communications Access for Land Mobiles
(CALM), 157
continental or national standardization
bodies
CEN, 158
communications architecture of ITS, 158
Traffic Message Channel (TMC) protocol,
158
Traveller Information Services
Association (TISA), 158
working groups (WG), 158
IEEE Standards Association (IEEE-SA), 158
intelligent transport systems (ITS), 157
ITS-related standards
Basic Transport Protocol (BTP), 162
communication technologies, 161
cooperation of system components, 161
Cooperative ITS (C-ITS), 162
OGC’s PUCK Protocol Standard, 161
Open Geospatial Consortium (OGC), 161
3rd Generation Partnership Project
(3GPP), 162
road-hazard signaling (RHS) applications,
162
sensing technologies, 160
Transducer Electronic Data Sheet
(TEDS), 160
trust assurance levels (TAL), 162
Wireless Access in Vehicular
Environment (WAVE), 162
WirelessHART, 161
ZigBee standard, 161
technical committees, 158

Vehicular electrical/electronic (E/E)
architectures (cont.)

Free download pdf