Issues of high energy costs and a time delay factor currently pose a considerable challenge
to the success of the Internet of Things (IoT). Accordingly, fog computing (fog-C) has been …

Vehicular Ad hoc Networks (VANET) broadcast messages regarding road and
environmental conditions. Due to its design, VANET inadvertently introduced security and …

Privacy preservation of the big data generated, deposited, and communicated by smart IoT
(Internet of Things) nodes is the major challenge in IoT networks. Anonymization, encryption …

Today, mobile devices provide their users with a range of multiple services and powerful
applications. Despite being beneficial, these applications are massively relying on gathering …

Aiming at the problems of increased latency and energy consumption and decreased
service quality caused by current vehicle networks, this paper proposes a computing …

The autonomous vehicles (AVs) in smart city, as intelligent mobile robots, are expected to
provide diversified services to facilitate the life of citizens. However, the attributes of the …

Vehicular crowdsensing (VCS) is a promising paradigm that utilizes the mobility of vehicles
to collect city-scale environmental data for monitoring and management purpose. However …

Abstract Many Internet of Things (IoT) network and security studies have suggested to
design a secure transmission scheme based on cryptographic methodology to guarantee …

This paper presents a proposal for a tendering-based incentive framework in order to
encourage vehicle owners to join in announced tasks in the vehicular fog computing. The …

Recently Vehicular Cloud Computing (VCC) has become an attractive solution that support
vehicle's computing and storing service requests. This computing paradigm insures a …