Vehicular cloud (VC) extends cloud computing to vehicles participating in vehicular ad hoc
networks, aiming to provide computing and storage services at low cost to vehicles, improve …

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 …

Vehicular cloud, which is constituted by gathering the under-utilized on-board capabilities
on the road, has received considerable attention in recent years. In this paper, we propose a …

Cloud computing has emerged as a viable technology for supporting utility computing. In the
future, vehicles are likely to be equipped with devices that have large computation and …

由车辆自主形成的车载云用于交通传感数据的本地化处理和消耗, 实现高时效性的智能交通管理
. 针对车载云的高度动态性, 自组织性和高时效性特点及其车联网中用户身份和位置隐私保护 …

Participatory sensing is a process whereby mobile device users (or participants) collect
environmental data on behalf of a service provider who can then build a service based upon …

Abstract Vehicular Cloud Computing (VCC) plays a critical role in data generation where a
large number of vehicles collect various kinds of sensing resources with large-volume …

Abstract Vehicular ad hoc Networks (VANETs) allow vehicles to form a self-organized
network. VANETs are likely to be widely deployed in the future, given the interest shown by …

In social vehicular navigation systems, images and other information are mainly collected
from crowd sourced data. They are collected from different users. These data can be filtered …