Abstract
The Internet of things is the next stage in the evolution of the Internet that is being materialized with the integration of billions of smart objects. The state-of-the-art communication technologies have enabled the previously isolated devices to become an active part of the Internet. This constant connectivity opens new avenues for novel applications such as the realization of social Internet of things and its subdomain the social Internet of vehicles. Socializing requires sharing of information that entails trust, especially in an open and broad social environment. This article highlights the key factors involved in conceptualizing an efficient trust model for social Internet of vehicles. Furthermore, it focuses on the unique challenges involved in designing the trust models for social Internet of vehicles. Several trust models exist in literature; however, most of the existing trust models are specific to their domains, for example, Internet of things, social Internet of things, or general vehicular networks. This article presents a brief review of the trust models that have the potential to be implemented in Social Internet of vehicles. Finally, the authors present an overview of how trending concepts and emerging technologies like blockchain and fog computing can assist in developing a trust-based social Internet of vehicles model for high-efficiency, decentralized architecture and dynamic nature of vehicular networks.
Highlights
The Internet of things (IoT) is a revolutionary concept that is being materialized with the integration of numerous smart objects
social Internet of vehicles (SIoV) is a recent trend in the area of ITS inspired from social Internet of things (SIoT)- and cloud-based vehicular ad hoc networks (VANETs)
Several challenges are posed for designing the trust model for SIoV due to its nature of the interaction, prerequisites for the communication, and type of information
Summary
The Internet of things (IoT) is a revolutionary concept that is being materialized with the integration of numerous smart objects. Due to dynamic topologies in SIoV, substantial number of participating entities, requirements of high processing and substantial data storage, and rapid change in the associations due to high speed of vehicles, calculating reputation score is very challenging and requires an efficient algorithm, high computing environment, and fast processing resources.[11]
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