期刊
ELECTRONICS
卷 11, 期 15, 页码 -出版社
MDPI
DOI: 10.3390/electronics11152425
关键词
ICN; name resolution system; tree structure; deterministic latency
资金
- Strategic Leadership Project of Chinese Academy of Sciences: SEANET Technology Standardization Research System Development [XDC02070100]
Information-centric networking (ICN) is a promising solution for several problems on the Internet by shifting the communication model to an information-centric paradigm. This paper proposes a tree-based resolution system structure for deterministic latency resolution in ICN, which can provide deterministic name resolution service in latency-sensitive scenarios.
Information-centric networking (ICN) shifts the communication model from a host-centric paradigm to an information-centric paradigm, and is promising for solving several problems on today's Internet. For more efficient information dissemination, most ICN architectures are based on the Identifier/Locator split design. Therefore, how to map an identifier to a routable locator is an important problem for efficient data transmission. Nowadays, many new network services such as industrial control and telemedicine are highly latency-sensitive and require deterministic service response latency. To meet such requirements, name resolution with a deterministic latency guarantee is needed, but less discussed. This paper proposes a tree-based resolution system structure for deterministic latency resolution, which can support the Local Name Mapping Resolution System (LNMRS) in the new ICN network architecture-SEANet-to provide deterministic name resolution service in latency-sensitive scenarios like industrial control and telemedicine. The correctness of such a structure is the key to achieving deterministic latency resolution. To ensure the structure's correctness in a distributed manner, a tree structure protocol based on delay measurement is also proposed for structure generation and maintenance. Simulation results show that the protocol is effective in generating a correct structure that has good performance in terms of service capability for deterministic name resolution and system scalability.
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