Flower-CDN is a Peer-to-Peer Content Distribution Network (P2P CDN) that enables any under-provisionned website to distribute its content by relying on the community interested in its content. Therefore the deployment of Flower-CDN is supported by the clients that are willing to contribute in behalf of the website of their interest. This report provides the first guidelines to make Flower-CDN available for public use. We propose to implement Flower-CDN functionality as an extension for the user's web browser. As such, the user enjoys a transparent, flexible and highly configurable experience with Flower-CDN. Furthermore, we design an implementation architecture that covers security and privacy issues in a simple and practical manner
In today's web ecosystem, a website that uses a Content Delivery Network (CDN) shares its Transport ...
The current IP based Internet architecture was designed in 70s. The development of new technologies ...
A network includes a group (34,36) of devices (30). The super peer nodes (32) receive requests for a...
Flower-CDN is a Peer-to-Peer Content Distribution Network (P2P CDN) that enables any under-provision...
International audienceMany websites with a large user base, e.g., websites of non-profit organizatio...
International audienceContent Distribution Networks (CDN) are fundamental, yet expensive technologie...
Many websites with a large user base, e.g., websites of non-profit organizations, do not have the fi...
International audienceIn the last decade, there has been a tendency of shifting content distribution...
International audienceBy building a P2P Content Distribution Network (CDN), peers collaborate to dis...
New important emerging business paradigms, such as ldquoservice virtualizationrdquo can be made easy...
The report provides a literature review of the state-of-the-art for content distribution. The report...
The explosive growth of the Web requires new solutions for content distribution that meets the requi...
Demonstration.National audienceLes applications partageant des données sensibles peuvent bénéficier ...
The contribution of this paper is a novel peer-to-peer (P2P) middleware solution for extending the r...
Current load-balancing and content distribution systems can efficiently handle high amounts of traff...
In today's web ecosystem, a website that uses a Content Delivery Network (CDN) shares its Transport ...
The current IP based Internet architecture was designed in 70s. The development of new technologies ...
A network includes a group (34,36) of devices (30). The super peer nodes (32) receive requests for a...
Flower-CDN is a Peer-to-Peer Content Distribution Network (P2P CDN) that enables any under-provision...
International audienceMany websites with a large user base, e.g., websites of non-profit organizatio...
International audienceContent Distribution Networks (CDN) are fundamental, yet expensive technologie...
Many websites with a large user base, e.g., websites of non-profit organizations, do not have the fi...
International audienceIn the last decade, there has been a tendency of shifting content distribution...
International audienceBy building a P2P Content Distribution Network (CDN), peers collaborate to dis...
New important emerging business paradigms, such as ldquoservice virtualizationrdquo can be made easy...
The report provides a literature review of the state-of-the-art for content distribution. The report...
The explosive growth of the Web requires new solutions for content distribution that meets the requi...
Demonstration.National audienceLes applications partageant des données sensibles peuvent bénéficier ...
The contribution of this paper is a novel peer-to-peer (P2P) middleware solution for extending the r...
Current load-balancing and content distribution systems can efficiently handle high amounts of traff...
In today's web ecosystem, a website that uses a Content Delivery Network (CDN) shares its Transport ...
The current IP based Internet architecture was designed in 70s. The development of new technologies ...
A network includes a group (34,36) of devices (30). The super peer nodes (32) receive requests for a...