Caching is a key component of information-centric network-ing, but most of the work in the area focuses on simple en-route caching with limited cooperation between the caches. In this paper we model cache cooperation under a game the-oretical framework and show how cache cooperation policy can allow the system to converge to a Pareto optimal con-figuration. Our work shows how cooperation impacts net-work caching performance and how it takes advantage of the structural properties of the underlying network. 1
We evaluate the efficiency and cost of different place-ment strategies for a distributed cache imple...
Future wireless systems enable content communication to be offloaded towards the network edges inste...
Recently proposed wireless proactive caching has opened up a promising avenue for reducing the redun...
Abstract—Information-centric networking extensively uses uni-versal in-network caching. However, dev...
Abstract—In-network caching is a key component in information-centric networking. In this paper we s...
In-network caching aims at improving content delivery and alleviating pres-sures on network bandwidt...
Although cooperation generally increases the amount of resources available to a com-munity of nodes,...
Although cooperation generally increases the amount of resources available to a community of nodes, ...
Abstract — Although cooperation generally increases the amount of resources available to a community...
Internet traffic volume is increasing, and this causes scalability issues in content delivery. Infor...
Although cooperation generally increases the amount of resources available to a community of nodes, ...
The default caching scheme in CCN results in a high redundancy along the symmetric request-response ...
International audienceThe authors propose two novel algorithms that exploit the latest reports about...
International audienceThe bandwidth demands on the (World-Wide) Web continue to grow at an exponenti...
Although cooperation generally increases the amount of resources available to a community of nodes, ...
We evaluate the efficiency and cost of different place-ment strategies for a distributed cache imple...
Future wireless systems enable content communication to be offloaded towards the network edges inste...
Recently proposed wireless proactive caching has opened up a promising avenue for reducing the redun...
Abstract—Information-centric networking extensively uses uni-versal in-network caching. However, dev...
Abstract—In-network caching is a key component in information-centric networking. In this paper we s...
In-network caching aims at improving content delivery and alleviating pres-sures on network bandwidt...
Although cooperation generally increases the amount of resources available to a com-munity of nodes,...
Although cooperation generally increases the amount of resources available to a community of nodes, ...
Abstract — Although cooperation generally increases the amount of resources available to a community...
Internet traffic volume is increasing, and this causes scalability issues in content delivery. Infor...
Although cooperation generally increases the amount of resources available to a community of nodes, ...
The default caching scheme in CCN results in a high redundancy along the symmetric request-response ...
International audienceThe authors propose two novel algorithms that exploit the latest reports about...
International audienceThe bandwidth demands on the (World-Wide) Web continue to grow at an exponenti...
Although cooperation generally increases the amount of resources available to a community of nodes, ...
We evaluate the efficiency and cost of different place-ment strategies for a distributed cache imple...
Future wireless systems enable content communication to be offloaded towards the network edges inste...
Recently proposed wireless proactive caching has opened up a promising avenue for reducing the redun...