Enterprise communication application one-key calling method for VOIP

Abstract

The invention relates to an enterprise communication application one-key calling method for VOIP. The method is characterized by comprising steps that: 1), a calling request is sent from a corresponding page calling function by a user; 2), after the request is received by a fusion communication platform, the HTTP request is translated into a request in an SIP protocol mode which is then sent to a soft switch system; 3), the soft switch system is responsible for completing a control process of a whole calling process and transmitting a calling result to the fusion communication platform; 4), mutual transmission of information flows is completed through a specific protocol by the two calling parties; 5), a final success or failure calling result is fed back by the soft switch system to the fusion communication platform; and 6), the final result is fed back to an application level by the fusion communication platform, and the final result is presented to users by the application level. The method can initiate fast voice calling, realizes fast response for a communication business contact function, improves office efficiency of enterprise employees, saves time and further reduces cost of communication application equipment.

Description

technical field [0001] The invention relates to a VOIP-oriented one-key call method for enterprise communication applications, which is applied to the VOIP voice service technology that provides fast voice calls for other business system applications in converged communication applications, and is used to improve the voice communication capabilities of business application systems. Background technique [0002] In the traditional network architecture, the mobile network, IP network, and PSTN network have independent networks, adopt different networking technologies, and provide services to their respective user groups through unique access methods. Although gateways can be used for business intercommunication at the borders of each network, the rich business attributes and characteristics of each network cannot fully intercommunicate and interoperate. [0003] A smart grid requires an intelligent information network, and an information network that includes converged communi...

AI Technical Summary

Problems solved by technology

Although gateways can be used for business interworking at the borders of each network, the rich business attributes and characteristics of each network cannot be fully interoperable and interoperable.

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