Abstract: Disclosed in an embodiment of the present invention are a government enterprise network communication device and communication method, and computer storage medium. The device comprises a receiving unit and a processing unit. The method correspondingly comprises: a receiving unit receives a call request to make a call with a called terminal transmitted by a browser user terminal via a browser having a WebRTC function, and a processing unit establishes a connection between the browser user terminal and the called terminal according to the call request.

Abstract: It is a method for implementing terminal roam and management in the soft switch-based Next Generation Network, comprises: a user terminal moving on the IP network, when the IP address changing, the user terminal registering at a soft switch controlling device again, the user terminal attaining the allocated IP address of the said soft switch controlling device and registering at the exchange controlling device, after the soft switch controlling device receiving the register request of the user terminal, it attaining the user data of the said terminal from a database. The soft switch controlling device judges whether the user terminal roaming, if it roaming, the soft switch controlling device further judges whether allowing the user terminal to access, if the user terminal roaming and being allowed to access, then the soft switch controlling device transmits the transmission success response to the user terminal, the user terminal accesses to the soft switch controlling device.

Abstract: The method of controlling the user calling load in Soft Switch system in present invention comprises the steps of: basic calling module receives the congestion direction message; judge whether the system congestion indicated by said congestion direction message is sporadic or sustaining; control the switching of user calling load according to the judgment whether the system congestion indicated by said congestion direction message is sporadic or sustaining. The aggressive effectiveness brought by present invention are: the system has the higher stability and reliability; when the traffic overload state occurs, the setup of maximum calling number can be guaranteed and the system can also restore to the normal load state. Soft module doesn't influence the setup of normal calling, nor does the setup of urgency special service calling; the system possesses good adaptability, the controlling of load is efficient and stable, and has the self-adapting overload controlling capability.

Abstract: A method for implementing terminal roam and roam management in the soft switch-based Next Generation Network, comprises: a user terminal moving on the IP network, when its IP address changing, the user terminal registering at a soft switch controlling device again, the user terminal attaining an allocated IP address of the said soft switch controlling device and registering at the soft switch controlling device; after the soft switch controlling device receiving the register request of the user terminal, it attaining the user data of the said terminal from a database; the soft switch controlling device judging whether the user terminal is roaming, if it is roaming, the soft switch controlling device further judging whether to allow the user terminal to access; if the user terminal roaming and being allowed to access, then the soft switch controlling device transmitting a register success response to the user terminal, the user terminal accessing to the soft switch controlling device successfully.

Abstract: The method of controlling the user calling load in Soft Switch system in present invention comprises the steps of: basic calling module receives the congestion direction message; judge whether the system congestion indicated by said congestion direction message is sporadic or sustaining; control the switching of user calling load according to the judgment whether the system congestion indicated by said congestion direction message is sporadic or sustaining. The aggressive effectiveness brought by present invention are: the system has the higher stability and reliability; when the traffic overload state occurs, the setup of maximum calling number can be guaranteed and the system can also restore to the normal load state. Soft module doesn't influence the setup of normal calling, nor does the setup of urgency special service calling; the system possesses good adaptability, the controlling of load is efficient and stable, and has the self-adapting overload controlling capability.