The coordinated development of big data, Internet of Things (IoT), cloud computing, and
other technologies has led to an exponential growth in Internet business. However, the …

Every year, the amount of data created by Internet of Things (IoT) devices increases;
therefore, data processing is carried out by edge devices in close proximity. To ensure …

This paper focuses on addressing computational constraints and energy limitations
prevalent in edge-based applications through an innovative approach, dynamic in-situ …

Computation task offloading is one of the enabling technologies for computation-intensive
applications and edge intelligence, which experiences the explosive growth of massive data …

Advances in big data and Internet of Things devices have brought novel service modes,
such as smart cities and intelligent transportation, to daily life. With the widespread …

Multi-access edge computing (MEC) has been identified as a powerful concept for offloading
computational tasks and for storing popular data in close proximity of end users; avoiding …

Mobile edge computing enhances cloud computing capability to users at the edge of
wireless networks, for future networks in particular. Network architecture defined by ETSI …

Unmanned aerial vehicles (UAVs) attract increasing attention for various wireless network
applications by using UAVs' reliable line-of-sight (LoS) paths in air-ground connections and …

Evolution in ubiquitous and wireless services has enabled the massive adoption of
autonomous cyber-physical systems for improving the workflows in dynamic environments …

Machine learning is becoming an increasingly integral component of mobile applications.
However, the execution of compute-heavy neural models (eg, for computer vision tasks) on …