Heterogeneous service function chain forwarding protocol and method in intelligent fusion recognition network

Abstract

The invention provides a heterogeneous service function chain forwarding protocol and method in an intelligent fusion recognition network. The method comprises the following steps: a data packet input by a user is analyzed, a group identifier FID is matched for the data packet according to a user demand, a Sinetnsh packet header field is packaged, and the data packet is outputted to a network component layer; the edge gateway in the network component layer fills in Snetnsh packet header content according to triple input data of a user source IP (Internet Protocol), a destination IP and an FID (Flame Identifier) of a Snetnsh data packet, and transmits the data packet packaged with the Snetnsh packet header to a forwarding switching node; the forwarding switching node matches the next-hop network function attribute in the Snetnsh packet header and transfers context service function chain state information, performs heterogeneous network function processing and outputs the next-hop forwarding switching node address of the data packet; and after receiving the data packet, the last hop network function forwarding switch node converts the data packet into an ipv4 data packet and outputs the ipv4 data packet. According to the method, a modular heterogeneous service function chain based on micro-service is designed, so that a heterogeneous SFC framework is optimized, and multi-dimensional fusion of heterogeneous network resources is realized.

Description

technical field [0001] The present invention relates to the technical field of network heterogeneous service deployment, in particular to a protocol and method for forwarding heterogeneous service function chains in a smart financial identification network. Background technique [0002] The ever-increasing business traffic and diversified business types have put forward higher requirements on the service mode and service capability of the network. The network not only needs to provide flexible and customizable service content for different businesses, but also needs to make guarantees according to business requirements in terms of service quality and transmission efficiency. Based on the "three layers" and "three domains", Zhirong Identification Network proposes a new type of intelligent routing and switching system, in which the resource adaptation layer deploys service functions to the network component layer, so that it can realize the corresponding service functions and ...

AI Technical Summary

Problems solved by technology

[0005] The disadvantages of the first heterogeneous service function chain deployment method in the above prior art are: although this method can support business diversification and flexibility, efficiently support third-party business innovation, provide high security, and support automatic deployment and operation dimension, but the virtualization method it adopts is relatively limited, and there are few considerations for the application scenarios of the service function chain

Although virtual machines and docker containers have relatively flexible deployment capabilities, the service function chain built by them has a large bottleneck in performance, and it is difficult to support services with high QoS requirements

[0006] The second deployment method of the heterogeneous service function chain in the prior art includes: With the continuous expansion of the user scale and the continuous extension of the application field, the existing Internet presents a "static" and "rigid" situation due to the lack of original design, It is difficult to support the on-demand supply and flexible networking of personalized services. This method proposes a smart identification network architecture. Through the intelligent integration of multi-space and multi-dimensional resources in the entire network, the service level is vertically associated with the network level. The horizontal decoupling of service space and network space realizes the separation of control management and function execution, aiming to provide on-demand supply of personalized services and flexible networking

[0007] The disadvantage of the second method of deploying heterogeneous service function chains in the prior art is that although this method can provide efficient and flexible differentiated , Customized communication network services, but still in the research stage, and did not make full use of the characteristics of various network components in the network component layer, the support method for the service function chain is still relatively simple, and it is difficult to support services that require high service quality

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