Intelligent terminal devices (TDs) usually request delay-sensitive and resource-demanding
jobs, which are consisted of many sequential tasks. Mobile edge computing (MEC) offloads …

Mobile crowdsourcing is a new computing paradigm that enables outsourcing computation
tasks to mobile crowd nodes by means of offloading the tasks from the user to a mobile edge …

In the metaverse, the concept of the digital twin has been expanded from modeling industrial
manufacturing to the counterpart of physical objects in cyberspace. The cyber digital twin is …

Smart mobile devices (SMDs) are integral for running advanced applications that demand
significant computing resources and quick response time, eg, immersive gaming and …

As the demand for data-driven applications and emerging technologies such as extended
reality, autonomous vehicles, and the Internet of Things (IoT) continues to grow, the …

With the increasing number of mobile devices, mobile crowdsensing (MCS) has garnered
significant attention in research. However, computing infrastructures such as edge/cloud …

With the proliferation of the Internet of Things (IoT), mobile edge computing (MEC) has great
potential to achieve low latency, high reliability, and low energy consumption. However, in …

Nowadays, Mobile Edge Computing (MEC) appears as a new computing paradigm with its
ability to utilize the computing power of both local devices and edge servers. In MEC, edge …

Recently, adopting mobile-edge computing (MEC) to accommodate the compute-intensive
and delay-sensitive tasks from mobile devices has gained increasing attention from the …

As the volume of data stored on local devices increases, users turn to edge devices to help
with processing tasks. Developing offloading schemes is challenging due to the varying …