College
College of Sciences
Department
Computer Science
Graduate Level
Doctoral
Graduate Program/Concentration
Computer Science
Presentation Type
Poster Presentation
Abstract
Vehicular networks have become a crucial technology for implementing various safety applications for both drivers and passengers. These networks are currently receiving significant attention due to their ability to facilitate access to a diverse range of ubiquitous services. However, the growing popularity of vehicular networks has also led to an increase in security vulnerabilities within their inter-vehicular services and communications, resulting in a rise in security attacks and threats.
Ensuring the security of vehicular networks is paramount, as their deployment should not compromise the safety and privacy of stakeholders. Effectively defending against a broad spectrum of attacks necessitates the development of efficient and reliable security solutions and services. This scientific research adopts a structured and innovative approach to enhance security in vehicular networks. The study introduces a novel algorithm designed to secure vehicular networks and outlines its response to potential security threats, vulnerabilities, and privacy issues within the vehicular environment.
Keywords
Vehicular Network, Security, Privacy, Vulnerabilities
Included in
A Novel Algorithmic Approach to Safeguarding Inter-vehicular Communications and Privacy
Vehicular networks have become a crucial technology for implementing various safety applications for both drivers and passengers. These networks are currently receiving significant attention due to their ability to facilitate access to a diverse range of ubiquitous services. However, the growing popularity of vehicular networks has also led to an increase in security vulnerabilities within their inter-vehicular services and communications, resulting in a rise in security attacks and threats.
Ensuring the security of vehicular networks is paramount, as their deployment should not compromise the safety and privacy of stakeholders. Effectively defending against a broad spectrum of attacks necessitates the development of efficient and reliable security solutions and services. This scientific research adopts a structured and innovative approach to enhance security in vehicular networks. The study introduces a novel algorithm designed to secure vehicular networks and outlines its response to potential security threats, vulnerabilities, and privacy issues within the vehicular environment.