To solve the problem of high time consumption and energy loss of edge computing
perceptual task offloading in the mobile IoT (Internet of things), it is necessary to increase the …

As wireless communication technology continues to advance, the number of intelligent
devices, such as computers, mobile phones, and iPads, is increasing rapidly. To keep up …

Edge caching reduces the frequent communication between users and remote cloud servers
by caching popular content at the network edge, which can decrease response latency and …

A proactive mobile network (PMN) is a novel architecture enabling extremely low-latency
communication. This architecture employs an open-loop transmission mode that prohibits all …

Systems requiring terahertz transmission and high sampling capabilities can be supported
by sixth-generation (6G) technology with minimal latency and excellent service throughput …

Information-centric networking (ICN) allows data to be cached at each node in the network. It
is vital in vehicular networks (VNs) to improve caching performance and reduce content …

The dynamic mechanism of joint proactive caching and cache replacement, which involves
placing content items close to cache-enabled edge devices ahead of time until they are …

In many cyber-physical systems (CSP) based applications such as health care, smart grid,
traffic management, etc., the data measurements are used for the asset or structural health …

In the future intelligent transportation system (ITSs), there will be a lot of negotiation work
between vehicle and vehicle (V2V) and between vehicle and infrastructure (V2I), so it is very …

Recently, mobile edge computing (MEC) has been widely applied into Internet of Things
(IoT) networks, which has attracted a lot of attention from researchers. A critical challenge in …