Guest Editors' Introduction: Scalable Internet Services
IEEE Internet Computing
Efficient Data Distribution in a Web Server Farm
IEEE Internet Computing
Globally Distributed Content Delivery
IEEE Internet Computing
Content Delivery Networks: Status and Trends
IEEE Internet Computing
Globule: a collaborative content delivery network
IEEE Communications Magazine
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Commercial Content Delivery Networks (CDN) compete each other and are forced to set up costly infrastructure around the globe to effectively deliver Web content to the end-users. Huge financial cost involved in setting up commercial CDN compels the commercial CDN providers to charge high remuneration from their clients (the content providers). Academic models of peer-to-peer CDNs aim to reduce the financial cost of content distribution by forming volunteer group of servers around the globe. But their efficiency is at the mercy of the volunteer peers whose commitment is not ensured in their design. We propose a new architecture that will make use of the existing resources of common Internet users in terms of storage space, bandwidth and Internet connectivity to create a Distributed Content Delivery Network (DCDN). The profit pool generated by the infrastructure savings will be shared among the participating nodes (DCDN surrogates) which will function as an incentive for them to support DCDN.