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The built-in caching capability of future Named Data Networking (NDN) promises to enable effective content distribution at a global scale without requiring special infrastructure. The aim of this work is to design efficient caching schemes in NDN to achieve better performance at both the network layer and application layer. With the specific objective of minimizing the inter-ISP (Internet Service...
The inter-domain routing protocol of the Internet, i.e., Border Gateway Protocol (BGP), is vulnerable to malicious attacks. Although many security solutions for BGP have been proposed, they have mainly focused on topology-based security. Policy-based security has largely been overlooked—a severe concern especially since BGP is a policy-based routing protocol. In this paper, we present an Expectation...
The Named Data Networking (NDN) is proposed recently as a promising paradigm for the future Internet due to its built-in caching and name-based routing for ef??cient content distribution. For the time being, the research on NDN caching is still a preliminary topic, especially for the scenario of an ISP with multiple gateways. For more in-depth excavation, we have studied the effective intra-ISP caching...
The routing scalability and IP address exhaustion are two significant issues the current Internet faces. The "locator/identifier (Loc/ID) split" has become a well recognized design principle for future Internet architectures that make Internet routing more scalable. In this paper, a novel Loc/ID split routing and addressing architecture called IPv4+6 is proposed. It not only solves the routing...
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