Crowdsensing has received widespread attention in recent years. It is extensively employed
in smart cities and intelligent transportation systems. This paper comprehensively surveys …

Vehicular crowdsensing (VCS) takes the advantage of vehicles' mobility and exploits both
the crowd wisdom and sensing abilities offered by vehicle drivers' carried smart mobile …

The vehicular crowdsensing, which benefits from edge computing devices (ECDs)
distributedly selecting autonomous vehicles (AVs) to complete the sensing tasks and …

This paper presents a participatory framework to improve the reliability of sensor emulation
by using non-dedicated and crowdsourced sensory data to cover several dedicated sensors …

Vehicular crowdsensing is attracting more and more attention because of its wide sensing
coverage and diverse usage in smart cities. However, privacy issues that stem from …

With the popularity of drones and driverless cars, vehicular crowdsensing (VCS) becomes
increasingly widely-used by taking advantage of their high-precision sensors and durability …

Most of the existing user recruitment methods are designed for the two-tier structure.
However, the computational consumption of the cloud platform rises rapidly as data volumes …

In view of the rapid development of edge computing and vehicular network, edge-assisted
vehicular crowdsensing system has brought significant benefits to Intelligent Transportation …

In the face of a massive number of vehicular users, a data collection paradigm based on
vehicular crowdsensing requires an effective means of attracting participants. Thus, the …

Edge-assisted mobile crowdsensing is an emerging paradigm where mobile users collect,
and share sensing data at the edge of networks. With the abundant on-board resources, and …