Realization system of intelligent network scp cloud service based on caas

Abstract

The invention discloses a CAAS-based intelligent network SCP cloud service realization system, including a private cloud service, a container service component is deployed on a virtual machine of the private cloud service, and an intelligent network SCP component runs inside the container service component. An operation and maintenance management component is connected between the container service component and the intelligent network SCP component, wherein the container service component is used to manage computing, storage, network and containers, and provide virtual resources to business in the form of containers Use: the intelligent network SCP component is used to support all call services on the intelligent network, and runs in the container of the container service component; the operation and maintenance management component is used for its configuration management, log management, monitoring alarm, service Orchestration and visual maintenance, running in containers. The beneficial effect of the present invention is that it can provide effective and rapid service deployment and elastic expansion and contraction capabilities for telecom operators, and greatly improve the efficiency of operation and maintenance.

Description

technical field [0001] The invention relates to the technical field of communication, in particular to a CAAS-based intelligent network SCP cloud service realization system. Background technique [0002] The traditional intelligent network is a one-layer overlay network on the circuit switching network, which can separate service control from voice channel bearer. In the past 20 years, intelligent networks have emerged such as group V network, color ring tone, prepaid, one number, and click-to-dial. and other intelligent services, greatly improving service innovation; with the development of 4G network, IMS network has been put into commercial use, the network tends to be flat, and the original No. 7 signaling has basically completed the transformation based on IP bearer; In the process of user conversion to 4G, the load of the original SCP is reduced, and the utilization rate is reduced. If the old equipment is used to undertake new services, then there will be mixed deploy...

AI Technical Summary

Problems solved by technology

[0012] The intelligent network SCP cloud service is realized through the NFV method. This method adopts the image method and uses the KVM mechanism to start the virtual machine. The image is relatively large. All the images of the intelligent network SCP exceed 10G, and version control will consume a lot of money. The storage space; the software upgrade must upgrade the entire image, and the software cannot be upgraded separately, otherwise the expanded virtual machine will also be created using the image, which will lead to inconsistent software versions; the VNF package defined by ETSI is a large package format, and MANO manufacturers implement it. The large package format is basically adopted, that is, all images and VNF templates are packaged together into a compressed package, and any problem in any environmental link must be repackaged; in summary, the practicality is greatly reduced in actual use. Decoupling can be achieved between VNFs, but not completely decoupled within the VNF

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