Content caching in the device-to-device (D2D) cellular networks can be utilized to improve
the content delivery efficiency and reduce traffic load of cellular networks. In such cache …

The widespread applications of mobile multimedia are causing the demands of the users on
the network to be increasingly prominent. Edge computing enables the deployment of …

Content-centric mobile ad hoc networks (CCMAN) have been demonstrated as a potential
complementary to multimedia content dissemination in future wireless networks. In-network …

Content Centric Networking (CCN) is one of the candidate future Internet architectures that
give favorable promises in networks. In-network caching as one of its key functions, has …

Cache resource allocation is the main challenging and practically important issues of
Information-Centric Networking (ICN). Although many studies have exploited optimized …

In mobile edge computing (MEC), due to the limited computing resources and power of
mobile augmented reality (MAR) devices, cache identification results which can reduce …

In Named Data Networking (NDN), the massive contents make the existing caching
strategies inefficient for content delivering with limited cache space. Since users have …

针对以内容中心网络(CCN) 为代表的信息中心网络(ICN) 缓存技术研究展开综述与展望,
理清了相关研究思路与主要方法. 首先概述了ICN 缓存工作原理以及关键研究内容; …

Extensive usage of mobile multimedia-based applications is increasing the user's demand
on the internet. Edge computing makes it possible to bring storage of data and computation …

In cache enabled D2D communication networks, the cache space in a mobile terminal is
relatively small compared with the huge amounts of multimedia contents. As such, a strategy …