Mobile edge caching is a promising technique to reduce network traffic and improve the
quality of experience of mobile users. However, mobile edge caching is a challenging …

Internet of Things (IoT) technology suffers from the challenge that rare wireless network
resources are difficult to meet the influx of a huge number of terminal devices. Cache …

With emergence of Internet of Things (IoT), wireless traffic has grown dramatically, posing
severe strain on core network and backhaul bandwidth. Proactive caching in mobile edge …

Caching has emerged as a vital tool in modern communication systems for reducing peak
data rates by allowing popular files to be pre-fetched and stored locally at end users' …

In this article, the edge caching policy in fog radio access networks (F-RANs) is optimized
via deep learning. Considering that it is hard for fog access points (F-APs) to collect sufficient …

Wireless data traffic is growing unprecedentedly and it may impede network performance by
consuming an ever-greater amount of bandwidth. With the advancement in technology there …

To support rapidly increasing services and applications from users, multi-tier computing is
emerged as a promising system-level computing architecture by distributing …

To address the drastic growth of data traffic dominated by streaming of video-on-demand
files, mobile edge caching/computing (MEC) can be exploited to develop intelligent content …

Mobile edge caching aims to enable content delivery within the radio access network, which
effectively alleviates the backhaul burden and reduces response time. To fully exploit edge …

Content delivery networks (CDNs) distribute much of the Internet content by caching and
serving the objects requested by users. A major goal of a CDN is to maximize the hit rates of …