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This book provides an insight on the importance that Internet of
Vehicles (IoV) solutions can have in taking care of vehicular
safety through internetworking and automation. Key features of the
book are the inclusion and elaboration of recent and emerging
developments in various specializations of intelligent
transportation systems and their solutions by incorporating IoT
(Internet of Things) and IoV. This book presents to its readers
useful IoV applications and architectures that cater to their
improved driving requirements and lead towards autonomous driving.
The application domains have a large range in which vehicular
networking, communication technology, sensor devices, computing
materials and devices, IoT communication, vehicular and on-road
safety, data security and other topics are included.
This book provides an insight on the importance that Internet of
Vehicles (IoV) solutions can have in taking care of vehicular
safety through internetworking and automation. Key features of the
book are the inclusion and elaboration of recent and emerging
developments in various specializations of intelligent
transportation systems and their solutions by incorporating IoT
(Internet of Things) and IoV. This book presents to its readers
useful IoV applications and architectures that cater to their
improved driving requirements and lead towards autonomous driving.
The application domains have a large range in which vehicular
networking, communication technology, sensor devices, computing
materials and devices, IoT communication, vehicular and on-road
safety, data security and other topics are included.
Mobility Management & Route Optimization issues for Wireless
Networks are presented in detail. IP-based Networks, PSTN-based
Networks and ATM-based Networks backbones have been considered for
developing mobility management technique. In IP-based backbone
network, a route optimization scheme is proposed to improve the
performance of Mobile IP having some apparent drawbacks like
triangular routing problem, home agent overloading etc. An
encapsulation at one- level up in the hierarchy is performed to
improve the handoff delay and the simulation is carried out on NS-2
simulator. In PSTN-based backbone networks, a protocol is proposed
and an analytical modeling is carried out where the location
registration can be finished prior to the arrival of a MT at the
new network to support the inter-system roaming. For an ATM-based
backbone network, a design and prototyping of a mobility support
ATM network is proposed to improve the handoff time, cell loss and
call setup time. Further, an improved mobile location management
for wireless ATM networks is proposed and analyzed to improve the
performance in terms of number of hops required for location
managements.
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