Design And Implementation Of Control Plane For Smart Identifier Network

With the rapid spread and explosive growth of the Internet, there have been increasing demands of the Internet. However, the current Internet has three types of bindings due to the defect of design, namely the binding between resource and locators, the binding between control and data, and the binding between identity and locator, which make it hard for the current network to be scalable and secure.Smart Identifier Network proposed the overall architecture with three layers, two realms based on the earlier National973project Universal Network and Pervasive Service Architecture in2014. The three layers are the smart service layer, the resource adaption layer, and the network adaption layer, and the two realms are the entity realm and the behavior realm. The control plane of Smart Identifier Network is mainly responsible for adaptive resource allocation and decision delivery. In this paper, the design and implementation of control plane will be introduced to present the creative idea of Smart Identifier Network. Meanwhile, proper tests are done to prove the validation of the scheme, which lay the foundation for the development of Smart Identifier Network theoretical system.This paper first summarizes the existing problems of the Internet. Then frontier thoughts and technologies are introduced. Moreover, a design and implementation scheme of control plane based on the Smart Identifier Network theoretical system, combined with the existing control and forwarding separation technology, is put forward. The scheme mainly includes following contents:1) scheme of collecting and processing network information and states from data plane;2) scheme of the process of service request and adaptive resource allocation;3) scheme of decision delivery to data plane. Finally, the validation of the scheme is demonstrated under a basic network topology.