Pushing and caching hold the promise of significantly increasing the throughput of content-
centric wireless networks. However, the throughput gain of these techniques is limited by the …

For content-centric wireless networks, pushing and proactive caching hold the promise of
greatly improving system throughput in the future. However, the throughput gains obtained …

Pushing along with proactive caching, in which content items are transmitted prior to being
requested by a user, holds the promise of trading scalable storage resources for substantial …

Recent studies show that the coded caching technique can facilitate the wireless content
distribution, ie, push the contents into user terminal, by mitigating the wireless traffic volume …

Caching holds the promise of scaling the service capability of next-generation radio access
networks (RANs), thereby attracting much recent attention in the era of 6G research. To …

In wireless caching networks, a user generally has a concrete purpose of consuming
contents in a certain preferred category, and requests multiple contents in sequence. While …

Proactive caching holds the promise of increasing network throughput by caching popular
contents at mobile users. The cache hit ratio heavily relies on the demand probability of a …

Caching and multicasting at base stations are two promising approaches to support massive
content delivery over wireless networks. However, existing scheduling designs do not fully …

In wireless caching networks, each user generally consumes more than one content in a
row, and the number of consecutive demands could vary for different users. In addition …

Most prior works of proactive caching at wireless edge optimize caching policies under the
following assumptions: the preference of each user is identical to content popularity, all …