In this paper, we consider a simultaneous wireless information and power transfer (SWIPT)-
based mobile edge computing (MEC) system consisting of a multi-antenna access point …

Fog computing, also referred to mobile edge computing (MEC), has been recognized as an
effective technology to cope with the computation-intensive applications of mobile users. In …

Beam-based wireless power transfer and Fog/edge computing are promising dual
technologies for realizing wireless powered Fog computing networks to support the …

In the ongoing 5G and upcoming 6G eras, the intelligent Internet of Things (IoT) network will
take increasingly important responsibility for industrial production, daily life and so on. The …

The mobile fog computing‐assisted resource allocation (RA) is studied for simultaneous
wireless information and power transfer (SWIPT) two‐hop orthogonal frequency division …

This paper investigates a multi-user wireless powered fog computing (FC) network, where
multiple energy-limited wireless sensor devices (WSDs) first harvest energy from a nearby …

This paper investigates a fog computing-assisted multiuser simultaneous wireless
information and power transfer network, where multiple sensors with power splitting (PS) …

In this paper, a comprehensive analytical model that considers circuit, computation,
offloading energy consumptions is developed for accurately evaluating the overall energy …

More computation-intensive and low latency applications are emerging recently, and they
are constrained by the computing power and battery life of internet of things (IoT) …

In the next generation wireless communication networks, a large portion of operational
expenditures (OPEX) has to be paid for energy consumption. Millions of base stations …