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VANET Performance Evaluation for Malaysian Urban Federal Highway
The recently deployed Vehicular Ad-Hoc Network (VANET) system for the vehicular road users can improve communication amongst drivers through early...
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RSU Beacon Aided Trust Management System for Location Privacy-Enhanced VANETs
In VANETs, the decision accuracy of event message under location privacy-enhanced scheme, fast forwarding falsification message, and collusion...
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Blind reconfigurable intelligent surface-aided fixed non-orthogonal multiple access for intelligent vehicular networks
In intelligent vehicular networks, vehicles should be able to communicate with their surroundings while traveling. This results in more efficient,...
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AI-Based Effective Communication in Software-Defined VANET: A Study
The frequency of roadside accidents is rising quickly along with the number of automobiles. The driver’s irresponsibility is to blame for the bulk of...
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Fog-based low latency and lightweight authentication protocol for vehicular communication
Fog-based vehicular communication has received a huge interest due to rise in vehicular traffic and numerous services, like transferring messages...
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Pursuit learning algorithm to minimize delay and energy consumption in vehicular-edge computing networks
As vehicular technology improves every day, the number of computationally-intensive and power-hungry tasks that need to be computed by a vehicle has...
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Design of a Novel LFE_GPSR Protocol for Optimizing Communication in Challenging City Scenarios
A vehicle network is a complicated, dense network with a range of network and node-level complexity. The communication issues in a vehicular network...
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Integrated Sensing and Communications with OTFS: Application in V2I Communications
Orthogonal time frequency space (OTFS) modulation is viewed as a promising technique to realizing integrated sensing and communications (ISAC) as the...
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EPSMS-ORR: Ensure Privacy and Security of Message Dissemination Scheme Using Symmetric Key and Overhead Reduced Routing in VANET
Vehicular ad hoc network is a new development wireless communication. Vehicular ad hoc networks have produced the idea of the Internet of Vehicles...
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Cooperative localisation for multi-RSU vehicular networks based on predictive beamforming
The integration of sensing and communication has become essential to next-generation vehicular networks. In this paper, we investigate a...
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Integrated Sensing and Communications for Emerging Applications in 6G Wireless Networks
This chapter provides a comprehensive overview of the integrated sensing and communications (ISAC) technology on both state-of-the-art methods and...
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Comparative Analysis of Handover Authentication Techniques in VANETs
Vehicular ad-hoc networks (VANETs) are the primary setting for smart driving, providing road information and instantaneous vehicle-to-vehicle (V2V)...
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Digital Twin for the Internet of Vehicles
As a working combination of smart vehicles, advanced communication infrastructures, and intelligent transportation units, the Internet of Vehicles...
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Multi-hop emergency message dissemination through optimal cooperative forwarder in grid-based 5G-VANETs
Emergency message (EM) dissemination is a significant process in vehicular ad hoc networks (VANETs) and plays a vital role in road safety....
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A3C-based load-balancing solution for computation offloading in SDN-enabled vehicular edge computing networks
In the Internet of vehicles (IoV), various applications emerging to provide users with safe, reliable, and comfortable driving services have caused...
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Infrastructure-Aided Networking for Autonomous Vehicular Systems
We study infrastructure-aided data communication networking for autonomous transportation system. The infrastructure consists of Roadside Units...
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Enabling Reconfigurable Intelligent Surface for V2X Communication Systems
In recent years, with the development of transportation systems and mobile Internet, the data consumption of vehicle communication networks is...
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Impact of Sybil Attack on Software-Defined Vehicular Fog Computing (SDVF) for an Emergency Vehicle Scenario
Vehicular ad-hoc networks (VANETs), a type of intelligent transportation system (ITS), can improve road traffic efficiency by increasing safety and...
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Analysing Cyber Attacks and Risks in V2X-Assisted Autonomous Highway Merging
Off-board information, provided through V2X systems, can make a crucial difference in safety and efficiency of autonomous driving functions,...
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Coalitional graph game for area maximization of multi-hop clustering in vehicular ad hoc networks
Road traffic information can be utilized in many applications of intelligent transport systems. It can be collected from vehicles and sent over a...
