Vehicular ad hoc networks (VANETs) connect all vehicles through wireless channels. They
provide extensive real-time traffic information services that improve driving safety and traffic …

Most of the existing authentication protocols are based on either asymmetric cryptography
like public-key infrastructure (PKI) or symmetric cryptography. The PKI-based authentication …

Existing secure and privacy-preserving vehicular communication protocols in vehicular ad
hoc networks face the challenges of being fast and not depending on ideal tamper-proof …

As an extension of traditional vehicular ad hoc networks, the Internet of Vehicles (IoV)
enables information collection and dissemination, which brings a lot of convenience and …

Due to the real-time requirement of message in vehicle ad hoc networks, it is a challenge to
design an authentication for vehicle ad hoc networks to achieve security, efficiency, and …

Existing authentication schemes for vehicular ad hoc networks (VANETs) are not scalable to
high-density and safety-critical VANETs. These schemes ignore the very important and …

Vehicular Ad-hoc Network (VANET) is vital for supporting intelligent transport systems, such
as traffic data sharing and cooperative processing in the modern city. However, data security …

Jiang et al. proposed an authentication scheme for Vehicle-to-Infrastructure communications
using a Binary Authentication Tree. The scheme can effectively eliminate the performance …

Deniable authentication allows a receiver to identify the source of a given message, but
cannot prove the source of a given message to any third party. It can be employed in …

Vehicle ad-hoc networks use message authentication to ensure message integrity and
sender authenticity. However, this increases computational overhead. Collaborative …