Vartika Agarwal

Route forecasting-based authentication scheme using a* algorithm in vehicular communication network

• Authors Details :  
• Vartika Agarwal,  
• Sachin Sharma,  
• Gagan Bansal

Journal title : International Journal of Vehicle Information and Communication Systems

Publisher : Inderscience Publishers

Online ISSN : 1741-8208

Page Number : 16-32

Journal volume : 8

Journal issue : 1/2

147 Views Original Article

Researchers have developed several authentication techniques for route predictions based on user requirements. These techniques estimate the shortest path and available resources in vehicular communication networks. In the current research, the existing authentication techniques for vehicular communication are compared and their inadequacies are identified. Then, new authentication technique based on route forecasting are presented for vehicular communication networks, with the service provider anticipating alternate routes for customers if the current routes have more network traffic congestion. By presenting the most efficient route, the suggested model allows users to maximise their time efficiency. Using A* algorithm, VCN agent seeks path with less network traffic congestion. This algorithm determines the shortest path between a source and a destination. Users are provided with several options by the service provider. User accepts the finest option that meets their needs. This method allows the service provider to deliver at least 15 routes within three seconds. This strategy is beneficial when a significant number of vehicles are stuck in traffic and consumers require network resources to utilise their time effectively.

Article DOI & Crossmark Data

DOI : https://doi.org/10.1504/IJVICS.2023.131602

Article Subject Details

• Computer Science
• Computer Science Applications

Article Keywords Details

• Network traffic congestion
• Network traffic index
• Route prediction based authentication scheme
• Vehicular communication network

Article File

Full Text PDF

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