Despite the increased capabilities of mobile devices, resource-demanded mobile
applications still transcend what can be accomplished on a single device. As such, mobile …

In mobile cloud computing, offloading resource-demanded applications from mobile devices
to remote cloud servers can alleviate the resource scarcity of mobile devices, whereas long …

Traditional mobile cloud computing (MCC) adopts a onefold mobile device and public cloud
paradigm. As the mobile device capabilities continue to develop, their opportunistic …

Mobile edge computing (MEC) shows prominent application prospects in the Industrial
Internet of Things (IIoT) by allowing resource-restricted IIoT mobile devices (MDs) to offload …

In the practical crowdsourcing systems, there exist many cooperative tasks, each of which
requires a group of users to perform together, such as finding the shortest multi-hop path or …

Mobile cloud computing offers an appealing paradigm to relieve the pressure of soaring
data demands and augment energy efficiency for future green networks. Cloudlets can …

Task offloading is a promising technology to exploit the available resources in edge cloud
efficiently. Many incentive mechanisms for offloading systems have been proposed …

Mobile edge computing (MEC) enables a distributed computing environment closer to
mobile devices (MDs) and substantially reduces the response time for a MD computing task …

Driven by pervasive mobile devices and ubiquitous wireless communication networks,
mobile cloud computing emerges as an appealing paradigm to accommodate demands for …

Abstract Mobile Device Cloud (MDC) has become a promising and lucrative cloud
environment that exploit nearby mobile devices' idle resources to improve compute …