5G network slice product rapid design method based on product service template

Abstract

The invention discloses a 5G network slice product rapid design method based on a product service template. The quick design of the 5G network slice product is completed through the following steps: constructing a product service template, packaging a client-oriented communication server, a resource-oriented communication server, a resource, and attributes, dictionary values and actions corresponding to the client-oriented communication server, the resource-oriented communication server and the resource; hiding a client-oriented communication server, a resource-oriented communication server, resources, attributes and implementation details of the attributes, dictionary values and actions corresponding to the client-oriented communication server, the resource-oriented communication server and the resources respectively, controlling access levels of reading and modification of the attributes in a program only through an external public interface, and configuring operation support systemdomain attributes of a product; wherein the product service template is in butt joint with a product center and accepts customer requirements during product configuration. The method has the advantages that quick configuration, quick delivery and quick application of the 5G network slice product can be realized.

Description

technical field [0001] The present invention relates to the field of 5G communication, in particular to a rapid design method for 5G network slicing products based on product service templates. Background technique [0002] 5G network slicing products can provide customized, logically isolated, and dedicated end-to-end networks (including access network, transmission network, and core network). It is a basic service form for vertical industries in the 5G era and meets diverse functional and performance requirements. . However, the product design and launch process of traditional 4G networks cannot meet the requirements of dynamic and rapid configuration of 5G network slicing products. Before configuration, it is necessary to convene BSS and OSS domain experts to discuss the product networking mode and corresponding attribute configuration requirements offline; 3. There is no interaction between BSS and OSS in the product design loading stage. After the product is configured...

AI Technical Summary

Problems solved by technology

However, the product design and launch process of the traditional 4G network cannot meet the requirements of dynamic and rapid configuration of 5G network slicing products. Before configuration, it is necessary to convene BSS and OSS domain experts to discuss the product networking mode and corresponding attribute configuration requirements offline; 3. There is no interaction between BSS and OSS during the product design loading stage, and the product information needs to be passed offline after the product configuration is completed. The method is sent to OSS, and OSS performs secondary configuration and attribute configuration according to the product design of the product center

The traditional 5G network slicing product design method in the existing technology has a long design cycle, cumbersome design, troublesome configuration and application, and cannot achieve fast configuration, fast delivery, and fast application

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