An efficient update strategy for content synchronization in Content-Centric Networking (CCN)

Content-centric Networking (CCN) is progressively flattering the substitutable approach to the Internet architecture through illuminating information (content) dissemination on the Internet with content forenames. The emergent proportion of Internet circulation has expectant adjusting Content-centric architecture to enhance serve the user prerequisites of accessing content. In recent years, one of the key aspects of CCN is ubiquitous in-network caching, which has been widely received great attention in research interest. One foremost shortcoming of in-network caching is that content producers have no awareness about where their content is put in storage. Because routers in CCN have caching capabilities, therefore, each and every content router can cache the content item in its storage capacity. This is problematic in the case in which a producer wishes to update or make the changes in its content item. In this paper, we present an approach regarding how to address this issue with a scheme called efficient content update (ECU). Our proposed ECU scheme achieves content update via trifling packets that resemble contemporary CCN communication messages with the use of additional table. We measure the performance of ECU scheme by means of simulations and make available a comprehensive exploration of its results.