Abstract—In recent years, the popularity of large contents such as high-definition video and music is increasing content server loads and the amount of traffic on the backbone networks. To tackle this problem, we propose an Mapping Server with Cache-location Resolution (MSCR), which resolves prospective cache locations (PCLs) close to the requesting user as well as content server location. Sending a query to a nearby PCL enables the user to obtain the content more efficiently. Our simulation shows that MSCR can reduce content server loads and the amount of traffic on core networks. Keywords-mapping server; cache location; query induction; breadcrumbs; in-network cache. I
Abstract—We introduce the concept of resource manage-ment for in-network caching environments. We ar...
In-network caching aims at improving content delivery and alleviating pres-sures on network bandwidt...
AbstractNowadays, Information centric networking has tremendous importance in accessing internet bas...
Content servers have become burdened by the transfer of large content sets such as high-denition vid...
Internet users consider content information to be useful, but the current Internet approach treats l...
Content-Centric Networking (CCN) is a novel architecture that is shifting host-centric communication...
The overwhelming use of today’s network is for an endpoint to acquire a named content file. As a res...
The overwhelming use of today’s network is for an endpoint to acquire a named content file. As a res...
Ubiquitous in-network caching plays an important role in improving the efficiency of content access ...
Abstract—In content-oriented networking, content files are typically cached in network nodes, and he...
Global video Content Distribution Networks (CDNs) serve a significant fraction of the entire Interne...
In-network caching has been widely adopted in Content Centric Networking (CCN) to accelerate data de...
This paper proposes a forwarding pointer-based cache scheme (PB-Cache scheme) that can reduce the si...
Abstract. The server placement algorithm is to locate the given number of cache servers at “proper ”...
Stress placed on network infrastructure by the popularity of the World Wide Web may be partially rel...
Abstract—We introduce the concept of resource manage-ment for in-network caching environments. We ar...
In-network caching aims at improving content delivery and alleviating pres-sures on network bandwidt...
AbstractNowadays, Information centric networking has tremendous importance in accessing internet bas...
Content servers have become burdened by the transfer of large content sets such as high-denition vid...
Internet users consider content information to be useful, but the current Internet approach treats l...
Content-Centric Networking (CCN) is a novel architecture that is shifting host-centric communication...
The overwhelming use of today’s network is for an endpoint to acquire a named content file. As a res...
The overwhelming use of today’s network is for an endpoint to acquire a named content file. As a res...
Ubiquitous in-network caching plays an important role in improving the efficiency of content access ...
Abstract—In content-oriented networking, content files are typically cached in network nodes, and he...
Global video Content Distribution Networks (CDNs) serve a significant fraction of the entire Interne...
In-network caching has been widely adopted in Content Centric Networking (CCN) to accelerate data de...
This paper proposes a forwarding pointer-based cache scheme (PB-Cache scheme) that can reduce the si...
Abstract. The server placement algorithm is to locate the given number of cache servers at “proper ”...
Stress placed on network infrastructure by the popularity of the World Wide Web may be partially rel...
Abstract—We introduce the concept of resource manage-ment for in-network caching environments. We ar...
In-network caching aims at improving content delivery and alleviating pres-sures on network bandwidt...
AbstractNowadays, Information centric networking has tremendous importance in accessing internet bas...