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Locator/ID Separation Protocol (LISP) is a simple and network-based architecture that can be used to address the scalability problem in the future Internet. The key function of LISP is the mapping system, which is responsible to map ID to locator. Usually, the cache table is used to store the queried mapping information. However, if the mapping information is changed, how to efficiently update and...
The Heterogeneity Inclusion and Mobility Adaptation through Locator ID Separation (HIMALIS) architecture natively supports mobility and multihoming by allowing the host to change its address (or locator) used in the network layer while keeping the session identifier used in the application and transport layers unchanged. It also facilitates faster updates of ID/locator mappings in name resolution...
The ID/locator split-based approach has been widely recognized as a promising approach for the design of future networks. However, the existing ID/locator split architectures are still vulnerable to various attacks, such as impersonation attacks and man-in-the-middle attacks. They cannot be simply protected by the existing security mechanisms, which have the limitations especially on scalability....
Most user terminals or Internet hosts are equipped with two or more interfaces that can simultaneously be attached to different access networks. These multihomed hosts can offer ubiquitous and cost-effective connectivity, while improving resiliency and bandwidth. Each interface would get an address (or locator) from the edge network to which it attaches. Thus the multihomed host has multiple locators...
Mobile IPv6 suffers various limitations, e.g., lack of business model and management of enormous and discrete home agents, preventing it from being deployed in large-scale commercial environments. Recently, the identification/locator (ID/Locator) split architecture has demonstrated its significant predominance in next generation mobile networks. With the aim of pushing the global deployment of mobility...
For the sake of better scalability and flexibility in the mobile and multihoming environments, future networks are expected to be based on the concept of ID/locator split. The ID/locator split architectures require storing, updating and retrieving of ID/locator mappings frequently, for which they need built-in security. To address this issue, this paper presents an integrated security scheme for securely...
The present day Internet has no separate namespace for host IDs. It uses IP addresses as host IDs, which are in fact locators. This dual role is problematic for mobility, multihoming, security, and routing on the Internet. To solve these problems, research has recently begun on ID/locator split architectures. Some standardization activities based on this concept are also progressing in ITU-T Study...
The ID/locator split concept has recently been introduced in the standardization activities of ITU-T study group 13 for use in future networks. To contribute to ITU-T's initiative, we first propose a naming system to configure host-names and identifiers and map them to locators. We then propose a network architecture that is based on the ID/locator split concept and the naming system. The proposed...
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