Edge computing brings computing and storage resources closer to (mobile) end users and
data sources, thus bypassing expensive and slow links to distant cloud computing …

Due to the explosive proliferation of mobile cloud computing applications, much data needs
to be transmitted between mobile users and clouds, incurring a huge traffic demand on …

This paper presents a game-theoretic scalable offloading system that provides seamless
video streaming services by effectively offloading parts of video traffic in all video streaming …

Cloudlets are small-scale offloading units for low-latency demands, offering a unique
opportunity for emerging smart city applications such as autonomous driving or augmented …

Wi-Fi are mostly used components for connecting to the internet today. Nowadays Wi-Fi can
be found in work, home or even in bus and train. While using internet with these access …

To meet the rising demand of mobile data, IEEE 802.11 ac was recently developed to offer
better network performance than previous IEEE 802.11 standards, representing the 5G Wi-Fi …

In the delayed WiFi offloading, since data are downloaded only through WiFi networks
before a predefined delay timer expires, the performance of the delayed WiFi offloading is …

The emerging paradigm of edge computing has proposed cloudlets to offload data and
computations from mobile, resource-constrained devices. However, little attention has been …

WiFi offloading, where mobile users opportunistically obtain data through WiFi rather than
through cellular networks, is a promising technique to greatly improve spectrum efficiency …

Decentralized content distribution over vehicle-to-vehicle (V2V) WLANs holds promise to
mitigate load on cellular networks. The delay in establishing a communication link is a key to …