TW201325188A - Personal communication code multiple-number simultaneously-ringing system and method - Google Patents

Abstract

The present invention relates to a personal communication code multiple-number simultaneously-ringing system and a method. The present invention discloses a method for integrating all personal telephone numbers into one dedicated virtual communication number, a dialer dispenses with remembering all the telephone numbers of a person. It is unnecessary to dial different telephone numbers no matter the person is in office, at home or go out. The person can be contacted by dialing the dedicated communication number of the person.

Description

Personal communication code multi-number vibration system and method

The invention relates to a personal communication code multi-symbol system and method, in particular to a Next Generation Network (NGN)/IP Multimedia Subsystem (IMS) network and uses a session initiation protocol (Session) Initiation Protocol (SIP) communication protocol to establish a system and method for multi-number simultaneous attacks across networks.

The personal communication code multi-number vibration system and method used to be limited to the same number and the main number and the minor number in the past, and the main number is required to be the same. The prior art is limited to traditional fixed or mobile switching networks, and the upgrade of the switch is required to provide services, and the cost involved is not high.

In the conventional simultaneous ringing method, the Taiwan Patent Application (Announcement No. 353256) "Multi-Network Telephone Simultaneous Ringing" patent is a system and method for simultaneously ringing user wired and mobile stations, where a long-distance line is used. The communication network servos a wired station and is served by a wireless long distance communication network. The call is routed from any network in the wired or wireless network to a network interface control point, and the network interface becomes the control point for the call. Initially, the call is provided to the mobile station by the control point of the network interface, and before the mobile station rings, the call is provided to the cable station so that both the cable station and the mobile station ring simultaneously.

Because the previous case is limited to the traditional SS7 network (fixed network or network) to achieve the simultaneous ringing function, and only two voices of the same voice (Voice) telephone service, it does not meet the current market multimedia communications Required.

In view of the above, the inventors have worked hard to study and experiment, and designed the personal communication code multi-symbol system and method of the present invention.

The personal communication code multi-symbol system and method of the present invention is a Session Initiation Protocol (SIP) using a Next Generation Network (NGN)/IP Multimedia Subsystem (IMS) network. The communication protocol to carry out multi-network (fixed network, mobile network and NGN/IMS network) multiple simultaneous ringing voice (Voice) and video (Video) personal communication services, will be able to solve only two numbers simultaneously ringing on the fixed network Or the problem of the network voice (Voice) service.

The object of the present invention is to provide a multi-network co-vibration system and method for a personal communication code, which mainly provides multiple simultaneous ringing services for multiple networks (fixed network, mobile network, and NGN/IMS network).

Through the invention, the caller does not need to record multiple sets of numbers, and can only contact the caller by dialing the exclusive virtual communication number; and the caller will make the call missed due to the multi-number simultaneous ringing function.

A personal communication code multi-symbol system and method for achieving the above object, the system is divided into

(1) The process control unit executes, controls, and manages the service process, and integrates each subunit to complete the service;

(2) The identity verification unit is responsible for user identity authentication;

(3) The signal control unit is used to interface the NGN/IMS network, perform the delivery and encoding and decoding of the SIP signal, and control the operation of the call by the SIP protocol;

(4) A multimedia server that is responsible for the playback of voice or video;

(5) The data storage server is responsible for storing user authentication data and user service setting data.

The above-mentioned modules are jointly operated to achieve the service of multiple numbers of personal communication codes.

The method of the present invention uses the signal control unit to accept the caller's request to establish a two-party call. The identity verification unit is required to perform identity verification on the user authentication data of the data storage server via the process control unit to confirm whether the user applies for the service.

After the identity verification is successful, the process control unit further checks the user service setting data of the data storage server to find the group number information that the user needs to oscillate. Then, the flow control unit sends a request to the NGN/IMS network to simultaneously ring the call with the plurality of called numbers set by the user by using the SIP signal on the NGN/IMS network.

Furthermore, the signal control unit will establish a connection between the NGN/IMS network sending party and the first responding to the receiving party device to establish a two-party call.

The present invention provides a system and method for multi-network simultaneous ringing of multiple networks (fixed network, mobile network and NGN network), which refers to using a local telephone, a mobile phone, a network telephone such as a 070 or a public telephone, through a next generation network. (Next Generation Network, NGN)/IP Multimedia Subsystem (IMS) network Session Initiation Protocol (SIP) communication protocol is connected to the service platform.

The service platform performs single number transfer or simultaneous multi-group numbers according to the SIP communication protocol according to the single or multiple sets of called numbers set by the user.

The system includes: (1) a process control unit that executes, controls, and manages the service flow, and integrates each subunit to complete the service; (2) an identity verification unit that is responsible for user identity authentication; and (3) a signal control unit for Connect NGN/IMS network, carry out SIP signal transmission and encoding and decoding, control call operation by SIP protocol; (4) Multimedia server, responsible for voice or video playback; (5) Data storage server, responsible for storage User authentication data and user service setting data. Based on the above, the multi-voiced voice or video personal call service system and method can be achieved by the joint operation of the above proposed modules.

Please refer to FIG. 1 , which is a schematic diagram of a system architecture of the present invention. The present invention includes a process control unit 61 that is responsible for executing, controlling, and managing service flows, and integrating sub-units to complete services; and an identity verification unit 62 responsible for performing Whether to apply for identity verification of the service; a signal control unit 63 for connecting the NGN/IMS network, performing SIP signal transmission and encoding and decoding, controlling the operation of the call by the SIP protocol; a multimedia server 70, responsible for voice Or video playback; a data storage server 80, responsible for storing user authentication data 81 and user service setting data 82.

Referring to FIG. 2, which is a flowchart of the method of the present invention, the steps for successfully authenticating the identity include:

(1) The caller A sends a request for establishing a call with the virtual communication code B to the signal control unit of the system of the present invention via the network (fixed network or network or NGN/IMS);

(2) The process control unit accepts the signal control unit to establish a request for a two-party call;

(3) The identity verification unit accepts the flow control unit to request identity verification of the virtual communication code B;

(4) The identity verification unit queries the data storage server for the user authentication data;

(5) The identity verification unit notifies the process control unit of the successful result of the user authentication;

(6) After the identity verification is passed, the process control unit queries the data storage server for the user setting data;

(7) After the process control unit finds that the user needs the same vibration number as B1, B2, and B3, the signal control unit is required to issue a request for establishing a simultaneous ringing call between the calling party A and the called party (B1, B2, and B3);

(8) The signal control unit sends a request for establishing a simultaneous ringing call between the calling party A and the called party (B1, B2, B3) through the NGN/IMS network in a SIP communication protocol;

(9) According to the results of the same number of simultaneous vibrations, it is assumed that the first responding party device is B1, and the calling party A is talking with the receiving party B1 device. Otherwise, if the first responding party device is B2, the calling party A is receiving and receiving. The party B2 device makes a call, and so on.

Assume that the identity authentication fails, (1) ^~ (4) unchanged as described above, and step (5) further includes:

(5.1) the identity verification unit notifies the process control unit of the result of the user authentication failure;

(5.2) The process control unit requests the signal control unit to issue a request to establish a call between the A and the multimedia server;

(5.3) the signal control unit sends a request to establish a call between the A and the multimedia server via the NGN/IMS network in a SIP communication protocol;

(5.4) The number dialed by the multimedia server is an empty voice to the caller A;

(5.5) After the multimedia server plays the empty tone, the signal control unit is requested to cut off the call with the caller A;

(5.6) The signal control unit notifies the flow control unit that the call is over.

The personal communication code multi-symbol system and method provided by the invention have the following advantages when compared with other conventional technologies:

1. The present invention can provide a service for inter-network multi-number simultaneous video and audio calls on a Next Generation Network (NGN)/IP Multimedia Subsystem (IMS) network.

2. The present invention can contact the caller by dialing a call; the caller is less likely to miss the call.

3. In the system of the present invention, the connection rate will become higher for the service, and the service provider will increase the revenue.

4. The present invention only needs to memorize a group of numbers for the hitter; for the received individual, there is a hidden number effect of the hidden entity to avoid unnecessary harassment.

The invention can be further promoted to the various industries of the telecommunications value-added industry which need to establish call communication through the patent system. E.g:

1. Business personnel, supervisors, and big bosses: It is very important for the business to be missed.

2. Large companies need to be on standby: employees such as Hon Hai, TSMC, and UMC can call On Call at any time for instant vacation. The multi-vibration function will prevent the company from finding people.

3. Out-of-call service for catering operators: Multiple numbers will be able to quickly avoid missed calls to increase the chances of providing outbound services.

5. General individual users: At home, outside or in the company, you can receive calls from friends at any time through a single personal communication code. The player only needs to remember a single virtual communication number.

The detailed description of the present invention is intended to be illustrative of a preferred embodiment of the invention, and is not intended to limit the scope of the invention. The patent scope of this case.

To sum up, this case is not only innovative in terms of technical thinking, but also has many of the above-mentioned functions that are not in the traditional methods of the past. It has fully complied with the statutory invention patent requirements of novelty and progressiveness, and applied for it according to law. Approved this invention patent application, in order to invent invention, to the sense of virtue.

10. . . Local telephone

20. . . mobile phone

30. . . VoIP

40. . . Public telephone

50. . . NGN/IMS network

60. . . Application server

61. . . Process control unit

62. . . Identity verification unit

63. . . Signal control unit

70. . . Multimedia server

80. . . Data storage server

81. . . User authentication information

82. . . User service setting data

Please refer to the following detailed description of the present invention and its accompanying drawings, which will further understand the technical content of the present invention and its effect:

FIG. 1 is a schematic diagram of a system architecture of the present invention.

Figure 2 is a flow chart of the method of the present invention.

10. . . Local telephone

20. . . mobile phone

30. . . VoIP

40. . . Public telephone

50. . . NGN/IMS network

60. . . Application server

61. . . Process control unit

62. . . Identity verification unit

63. . . Signal control unit

70. . . Multimedia server

80. . . Data storage server

81. . . User authentication information

82. . . User service setting data

Claims (13)

A system for multi-numbering of personal communication codes, which is applied to the Next Generation Network (NGN)/IP Multimedia Subsystem (IMS) network and uses the Session Initiation Protocol (SIP). The communication protocol establishes cross-network multi-number simultaneous vibration, which includes: a process control unit that executes, controls, and manages the service flow, and interfaces and integrates each unit; a identity verification unit receives and confirms the identity verification of the service application Transmitting data to the data storage server; a signal control unit for connecting a Next Generation Network (NGN)/IP Multimedia Subsystem (IMS) network for session initiation protocol ( Session Initiation Protocol (SIP) signal delivery and encoding and decoding, agreement to control the operation of the call; a multimedia server for voice or video playback; and a data storage server to store user authentication data and user service settings data. For example, in the system of claim 1, the personal communication code of the multi-number is the same, wherein the process control unit further includes the identity verification unit, and performs identity verification of the user authentication data. For example, in the system of claim 1, the personal communication code of the multi-number is the same as the system, wherein the flow control unit further includes querying the user service setting data, receiving the forwarding number set by the user, and performing the multi-number simultaneous vibration. The system of claim 1, wherein the flow control unit further requires the signal control unit to perform a Session Initiation Protocol (SIP) signal through the next generation. A Next Generation Network (NGN)/IP Multimedia Subsystem (IMS) network establishes a call connection between the caller and the caller and the multimedia server. For example, the system for multi-numbering the personal communication code described in claim 1 of the patent scope, wherein the identity verification unit is to query the user authentication data, and determine whether to apply for the personal communication code multi-symbol vibration service. For example, the system for multi-numbering the personal communication code described in claim 1 of the patent scope, wherein the signal processing unit further includes a Next Generation Network (NGN)/IP Multimedia Subsystem (IP Multimedia Subsystem, IMS) network and Session Initiation Protocol (SIP) signal encoding and decoding, so that the system provides multiple numbers of simultaneous vibration and establishes two-party calls. A method for multi-numbering personal communication codes, which uses a Session Initiation Protocol (SIP) communication protocol for a Next Generation Network (NGN)/IP Multimedia Subsystem (IMS) network. The road provides a service flow for establishing multiple simultaneous ringing across the network, and the identity authentication step includes at least: (1) the caller A sends the signal control unit through the network (fixed network or network or NGN/IMS). a request for a call with the virtual communication code B; (2) the flow control unit accepts the request of the signal control unit to establish a two-party call; (3) the identity verification unit accepts the flow control unit to request identity verification of the virtual communication code B; 4) the identity verification unit queries the data storage server for the user authentication data; (5) the identity verification unit notifies the process control unit of the user authentication success result; (6) after the identity verification unit passes the identity verification, Querying the user setting data to the data storage server; (7) after the process control unit finds that the user needs the same vibration number as B1, B2, and B3, the signal control unit is required to issue the signal. The caller A and the callee (B1, B2, B3) simultaneously ring the call request; (8) the signal control unit sends a caller A and the callee (B1, B2) through the NGN/IMS network in SIP communication protocol , B3) simultaneous ringing call request; and (9) according to the multi-synchronization result, assuming that the first responding party device is B1, the calling party A is talking with the called party B1 device, and vice versa, if the first responding party is answered The device is B2, the caller A is talking to the callee B2 device, and so on. If the method for claiming the identity authentication fails according to the method for applying the multi-number of the personal communication code described in claim 7 of the patent scope, the step (5) further includes: (5.1) the identity verification unit notifies the process control of the result of the user authentication failure. Unit (5.2) the flow control unit requests the signal control unit to issue a request to establish a call with the multimedia server; (5.3) the signal control unit sends the establishment A and the multimedia through the NGN/IMS network in a SIP communication protocol pair (5.4) The number dialed by the multimedia server is an empty voice to the caller A; (5.5) after the multimedia server plays the empty tone, the signal control unit is required to cut off The caller A calls; and (5.6) the signal control unit notifies the flow control unit that the call is over. The method of claim 2, wherein the step (2) of the flow control unit further comprises requesting the identity verification unit to perform identity verification of the user authentication data. For example, the method for applying the multi-number of the personal communication code described in claim 7 of the patent scope, wherein the step (2) of the flow control unit further comprises querying the user setting data, obtaining the forwarding number set by the user, and performing more The same number. The method of claim 2, wherein the step (2) of the flow control unit further comprises requesting the signal processing unit to perform a Session Initiation Protocol (SIP). The signal is connected to the multimedia server through the Next Generation Network (NGN)/IP Multimedia Subsystem (IMS) network to establish a call connection with the multimedia server. For example, the method for claiming the personal communication code of the number 7 in the patent application scope, wherein the step (3) the identity verification unit further includes querying the user authentication data to determine whether to apply. For example, the method for applying the multi-number of personal communication codes described in claim 7 of the patent scope, wherein the signal control unit of step (1) further includes a Next Generation Network (NGN)/IP multimedia subsystem ( IP Multimedia Subsystem (IMS) network and Session Initiation Protocol (SIP) signal encoding and decoding, so that the system provides multiple numbers of simultaneous vibration and establishes two-party calls.