Edge computing is a promising infrastructure evolution to reduce traffic loads and support
low-latency communications. Furthermore, content-centric networks provide a natural …

We consider Time-to-Live (TTL) caches that tag every object in cache with a specific (and
possibly renewable) expiration time. State-of-the-art models for TTL caches assume zero …

In recent years, information-centric networks (ICNs) have gained attention from the research
and industry communities as an efficient and reliable content distribution network paradigm …

In-network cache is a key service of content-centric networks. As an instance of content-
centric networks, Named Data Networking (NDN) uses the traditional Least Recently Used …

Caches are instrumental in reducing network and server loads that are typically deployed at
the network edge to shorten the response time. Cache optimization for modern delay …

In information-centric networking (ICN), content request aggregation can reduce the traffic
load and impact the statistics of caching. Existing caching performance analysis in ICN has …

We consider Time-to-Live (TTL) caches that tag every object in cache with a specific (and
possibly renewable) expiration time. State-of-the-art models for TTL caches assume zero …

The paper revisits the performance evaluation of caching in a Named Data Networking
(NDN) router where the content store (CS) is supplemented by a pending interest table (PIT) …

On-path caching is a building block in Named Data Networking that helps eliminate
redundant traffic. The performance of redundancy elimination depends on both Content …

Caching can effectively reduce the cost of serving content and improve the user experience.
In this paper, we explore the benefits of caching for existing scientific workloads, taking the …