A future content-centric Internet would likely consist of autonomous systems (ASes) just like today’s Internet. It would thus be a network of interacting cache networks, each of them optimized for local performance. To understand the influence of interactions between autonomous cache networks, in this paper, we consider ASes that maintain peering agreements with each other for mutual benefit and engage in content-level peering to leverage each others’ cache contents. We propose a model of the interaction between the caches managed by peering ASes. We address whether stable and efficient content-level peering can be implemented without explicit coordination between the neighboring ASes. We show that content-level peering leads to stable cach...
International audienceWhile streaming traffic is today overflowing networks, leading to major disput...
Peer-to-peer (P2P) systems currently generate a major fraction of the total Internet traffic, accoun...
Internet traffic volume is increasing, and this causes scalability issues in content delivery. Infor...
A future content-centric Internet would likely consist of autonomous systems (ASes) just like today’...
Abstract—A future content-centric Internet would likely consist of autonomous systems (ASes) just li...
Abstract-A future content-centric Internet would likely consist of autonomous systems (ASes) just li...
The content-oriented network is becoming a reality with enormous amount of contents such as high-def...
In-network caching aims at improving content delivery and alleviating pres-sures on network bandwidt...
Live and on-demand video content have become the most important source of network traffic in mobile ...
The demand for Internet-based visual content delivery has increased significantly in recent years, t...
The Internet at the interdomain level is a complex network of approximately 50,000 Autonomous System...
We view the Internet as supporting a peer-to-peer information system whose components provide servi...
Exponential expansion in network dimensionality and user traffic has created substantial traffic con...
Part 1: Content-Centric NetworkingInternational audienceContent caching plays an important role in c...
The current Internet architecture was never designed to deal with the type of traffic it is carrying...
International audienceWhile streaming traffic is today overflowing networks, leading to major disput...
Peer-to-peer (P2P) systems currently generate a major fraction of the total Internet traffic, accoun...
Internet traffic volume is increasing, and this causes scalability issues in content delivery. Infor...
A future content-centric Internet would likely consist of autonomous systems (ASes) just like today’...
Abstract—A future content-centric Internet would likely consist of autonomous systems (ASes) just li...
Abstract-A future content-centric Internet would likely consist of autonomous systems (ASes) just li...
The content-oriented network is becoming a reality with enormous amount of contents such as high-def...
In-network caching aims at improving content delivery and alleviating pres-sures on network bandwidt...
Live and on-demand video content have become the most important source of network traffic in mobile ...
The demand for Internet-based visual content delivery has increased significantly in recent years, t...
The Internet at the interdomain level is a complex network of approximately 50,000 Autonomous System...
We view the Internet as supporting a peer-to-peer information system whose components provide servi...
Exponential expansion in network dimensionality and user traffic has created substantial traffic con...
Part 1: Content-Centric NetworkingInternational audienceContent caching plays an important role in c...
The current Internet architecture was never designed to deal with the type of traffic it is carrying...
International audienceWhile streaming traffic is today overflowing networks, leading to major disput...
Peer-to-peer (P2P) systems currently generate a major fraction of the total Internet traffic, accoun...
Internet traffic volume is increasing, and this causes scalability issues in content delivery. Infor...