The new mobile edge computing (MEC) paradigm fundamentally changes the data caching
technique by allowing data to be cached on edge servers attached to base stations within …

Integrated Sensing and Communications (ISAC) technology can jointly design radio sensing
and communication functionalities, which enable 6G Ere to have the ability to “see” the …

Mobile edge computing (MEC), as an emerging technology, allows application vendors to
deploy application instances on edge servers to deliver low-latency services to nearby end …

By collecting and processing smart healthcare data in real-time, mobile edge networks can
bridge the gap between doctors and patients, which is a representative consumer-level data …

Certificate revocation checking (CRC) is a fundamental requirement in certificate-based
public-key cryptographic systems. Most existing CRC schemes are not tailored for edge …

In the edge computing environment, Internet of Things (IoT) application service providers
can rent resources from edge servers to cache their service items such as datasets and code …

Distributed interactive applications (DIAs), like immersive virtual reality and multiplayer cloud
games, where players team-up and form social communities to participate in collaborative …

In the fog network composed of dense terminal devices and fog servers, how to reduce the
system energy consumption during task offloading is a challenging problem. To solve this …

In order to solve the problem of service interruption caused by user movement and the
limited service range of edge nodes, a service migration algorithm based on the multi …

Mobile edge computing (MEC) has emanated as a propitious computing paradigm that can
foster delay-sensitive and/or data-intensive applications. However, it can be challenging to …