With the rapid development of Internet and communication technologies, vehicles that often quickly move in cities or suburb have strong computation and communication abilities. IoV is emerging as an important part of the smart or intelligent cities being proposed and developed around the world. IoV is complex integrated network system that interconnects people within and around vehicles,intelligent systems on board vehicles, and various cyber-physical systems in urban environments.
This project first gives a network model of IoV, and later provides an abstract taxonomy of IoV activation, maintenance, and applications. Finally, an analysis of challenges and future study directions in IoV is also provided.
we have analyzed the existing problems andhave given new approaches for the implementation of urban loTs. Researchers are heading towards big projects which aim at making complex architectures and networks for an advanced future.
3. • The new era of the Internet of Things is driving the
evolution of conventional Vehicle Ad-hoc Networks into
the Internet of Vehicles (IoV).
Being in generation of Internet connectivity, there is a
need to stay in safe and hassle free environment.
According to recent predictions, 25 billion “things” will
be connected to the Internet by 2020, of which vehicles
will constitute a significan tportion.
IOV
VANET
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4. Publication year Tile of paper authors observation
1. China
Communications
• October 2014
An Overview of
Internet of
Vehicles
YANG Fangchun,
WANG
Shangguang, LI
Jinglin, LIU
Zhihan, SUN
Qibo
This paper first gives a
network model of IoV,
and later provides an
abstract taxonomy of
IoV activation,
maintenance,
and applications.
2. 2016 IEEE Vision-Based
Positioning for
Internet-of-
Vehicles
Kuan-Wen Chen,
Chun-HsinWang,
Xiao Wei, Qiao
Liang, Chu-Song
Chen,
Ming-Hsuan
Yang, Senior
Member, IEEE,
and Yi-Ping
Hung
In this paper, we
propose a vision-
based ego-positioning
system
within the IoV
framework. To achieve
higher positioning
accuracy with lower
computational load.
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5. Publication year Tile of paper authors observation
3. IEEE
ICC 2016
A Fuzzy Logic-
Based
Communication
Medium
Selection for QoS
Preservation in
Vehicular
Networks
Tarek Bouali and
Sidi-Mohammed
Senouci
In this paper, we
propose a new
fuzzy logic-based
mechanism able
to manage
available
communication
mediums while
preserving higher
performances of
running
applications.
4. IEEE WiSPNET
2016 conference
A Survey on
Techniques for
Collision
Prevention in
VANET
Neha S. Patel,
Shweta Singh
Paper presents
different
methodologies and
techniques that
handles the issues
in VANET such as
collision prevention
and communication
of emergency
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6. Publication year Tile of paper authors observation
5. 2015 IEEE INTERNET OF
EVERYTHING
SMART
ENVIRONMENT
Siffi Singh, Kirti
Mittal
In this paper, we
have analyzed the
existing problems
and have given new
approaches for the
implementation of
urban loTs
6. IEEE International
Conference on
Computer,
Communication and
Control (IC4-2015)
Intersection
Collision Avoidance
in Vehicular ad
hoc Network
Vaishali Manwar,
Sayali N. Mane, Dr.
Manish Sharma.
In this paper, we
present Intersection
collision avoidance
in Vehicular ad hoc
network
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7. • VANET cannot provide whole (global)and sustainable
services/applications for customers.
• VANET only covers a very small mobile network.
• Several characteristics of large cities, such as traffic jams, tall
buildings, bad driver behaviors,and complex road networks, further
hinder its use.
• Therefore, for VANET, the objects involved are temporary, random and
unstable,and the range of usage is local and discrete.
• Over the past several decades, there has not been any classic or
popular implementation of VANET.
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8. IoV – distributed transport fabric capable of making its own decisions
about driving customers to their destinations.
IoV should have communications, processing, storage, intelligence,
learning and strong security capabilities .
To be integrated in IoT framework and smart cities technologies.
To cooperate with and support advanced ITS systems
Extended business models and the range of applications ( including
mediaoriented) w.r.t current vehicular networks
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14. Smart City
Privacy & Security
Advanced Navigation
Real time traffic Information
Driver & Passenger Safety
Fuel & Cost Efficiency
Less traffic blocks
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15. Online Vehicle
Smart Terminal
Car Payment
Global Internet ID
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16. 1] YANG Fangchun, WANG Shangguang, LI Jinglin, LIU Zhihan, SUN Qibo,” An Overview of
Internet of Vehicles”, China Communications • October 2014.
2] Internet of Vehicles (IoV) for traffic management Tej Tharang Dandala; Vallidevi
Krishnamurthy; Rajan Alwan 2017 International Conference on Computer, Communication
and Signal Processing (ICCCSP) Year: 2017
3] Wenliang Fu1, Xin Xin1*, Ping Guo1, Zhou Zhou,”A Practical instruction detection for
internet of vehicles”, China Communications • October 2016.
4] Todor Ivas¸cu, Marc Frˆıncu and Viorel Negru,” Considerations Towards Security and
Privacy in Internet of Things Based eHealth Applications”, SISY 2016 • IEEE 14th
International Symposium on Intelligent Systems and Informatics • August 29-31, 2016,
Subotica, Serbia.
5] Nan LIN 1, a, Weihang SHI,” The Research on Internet of Things Application Architecture
Based on Web”, 2014 IEEE Workshop on Advanced Research and Technology in Industry
Applications (WARTIA).
6] Siffi Singh, Kirti Mittal,”INTERNET OF EVERYTHING SMART ENVIRONMENT”, 2015
International Conference on Green Computing and Internet of Things (ICGCloT)
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