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With the rapid development of Internet technology, a new architecture named Content-Centric Networking (CCN) has emerged recently. With powerful abilities of data caching and multicast, it has been increasingly popular especially for multimedia applications. However, service markup, in-network caching and routing are not inherently addressed in CCN. In this paper, we make an attempt at filling this...
Contemporary IP-based Internet architecture increasingly is unable to meet the demands of current network usage patterns. Content-centric networking (CCN), as a clean-slate future network architecture, is different from existing IP networks and has some salient features, such as in-network caching, name-based routing, friendly mobility, and built-in security. This architecture has a profound impact...
Content-Centric Networking (CCN) facilitates the content distribution for static Web applications due to its in-network caching. However, when it comes to dynamic Web request, the original fair scheduling of Interest packets on the CCN Web server (i.e. without differentiating a new service request and the service requests being processed) increases the mean response time, resulting in a decrease of...
In-network caching and Interest packets aggregation are two important features of Content-Centric Networking (CCN). CCN routers can directly respond to the Interest request by Content Store (CS) and aggregate the same Interest packets by Pending Interest Table (PIT). In this way, most popular content requests will not reach the origin content server. Thus, content providers will be unaware of the...
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