Scoped-flooding is a technique for content discovery in a broad networking context. This
paper investigates the effects of scoped-flooding on various topologies in information-centric …

Thriving future network conceives embedding the ubiquitous in-network caching. The fine-
grained cache behavior reveals an intimate relationship among contents in the same stream …

In Information-Centric Networking (ICN), the ability to cache content at multiple points in the
network is one of the most important factors in the speed and reliability of content delivery …

Caching is widely used to reduce network traffic and improve user experience. Traditionally
caches store complete objects, but video files and the recent emergence of information …

Information-centric networking (ICN) is a popular research topic. At its heart is the concept of
in-network caching. Various algorithms have been proposed for optimizing ICN caching …

Caching has been widely considered an efficient way of reducing and balancing the
growing traffic in communications networks in recent years. The cache network of interest …

The autonomous cache management in Content-Centric Networking (CCN) results in
suboptimal caching decisions and implies cache-ignorant routing. Cache coordination and …

Caching is a core principle of information-centric networking (ICN). Many novel algorithms
have been proposed for enabling ICN caching, many of which rely on collaborative …

Scoped-flooding is used for content discovery in a broad networking context and it has
significant impact on the design of caching algorithms in a communication network. Despite …

Content distribution networks have been extremely successful in today's Internet. Despite
their success, there are still a number of scalability and performance challenges that …