Internet protocol based wireless call processing

1. A telecommunication system, comprising:

a circuit-based wireless telephony network providing wireless access to the system wherein said wireless telephony network comprises a first protocol engine and a first database;

a packet-based Internet telephony network in communication with said wireless telephony network, for providing Internet telephony access to the system wherein said Internet telephony network comprises a second protocol engine and a second database; and

a gateway controller in communication with said wireless telephony network and said Internet telephony network;

wherein said Internet telephony network is adapted for receiving a 1st signal for initiating communication between said wireless telephony network and said Internet telephony network, and for detecting a circuit-based wireless network communication at the time of initialization, and for sending a 2nd signal for obtaining the location of said gateway controller;

wherein said wireless telephony network is adapted for receiving said 2nd signal and for sending a 3rd signal for providing the location of said gateway controller;

wherein said Internet telephony network is further adapted for receiving said 3rd signal and for providing a 4th signal for finding and connecting to said gateway controller; and

wherein said gateway controller is adapted for receiving said 4th signal and for providing a 5th signal for connection with said wireless telephony network.

2. A method for providing telecommunication in a system between a circuit-based wireless telephony network for providing wireless access to the system, wherein the wireless telephony network comprises a first protocol engine and a first database, a packet-based Internet telephony network in communication with the wireless telephony network for providing Internet telephony access to the system wherein the Internet telephony network comprises a second protocol engine and a second database, and a gateway controller in communication with the wireless telephony network and the Internet telephony network, comprising:

receiving a 1st signal at the Internet telephony network for initiating communication between the wireless telephony network and said Internet telephony network;

detecting a circuit-based wireless network communication during said initiation step by the Internet telephony network;

sending a 2nd signal for obtaining the location of the gateway controller by the Internet telephony network;

receiving the 2nd signal at the wireless telephony network;

sending a 3rd signal for providing the location of the gateway controller by the wireless telephony network;

receiving said 3rd signal at the Internet telephony network;

sending a 4th signal by the Internet telephony network for finding and connecting to said gateway controller;

receiving said 4th signal at the gateway controller; and

sending a 5th signal by the gateway controller for connection with the wireless telephony network.

3. A telecommunication system comprising:

a circuit-based wireless telephony network providing wireless access to the system wherein said wireless telephony network comprises a first protocol engine and a first database, wherein said circuit-based wireless telephony network comprises a Mobile Telecommunications System;

a packet-based Internet telephony network in communication with said wireless telephony network for providing Internet telephony access to the system wherein said Internet telephony network comprises a second protocol engine and a second database; and

a gateway controller for providing an interface between at least said wireless telephony network and said Internet telephony network, wherein said interface comprises a signal gateway and voice data communications, wherein said gateway controller is controlled by a call processing engine and is configured to perform vocoding functions for translating between different data coding schemes;

wherein said Internet telephony network is adapted for receiving a 1st signal for initiating communication between said wireless telephony network and said Internet telephony network, and for detecting a circuit-based wireless network communication at the time of initialization, and for sending a 2nd signal for obtaining the location of said gateway controllers;

wherein said wireless telephony network is adapted for receiving said 2nd signal and for sending a 3rd signal for providing the location of said gateway controller;

wherein said Internet telephony network is further adapted for receiving said 3rd signal and for providing a 4th signal for finding and connecting to said gateway controller; and

wherein said gateway controller is adapted for receiving said 4th signal and for providing a 5th signal for connection with the wireless telephony network.

4. The system of 3 , wherein said Mobile Telecommunications System comprises a Global System for Mobile Communications network.

5. The system of 3 , wherein said Mobile Telecommunications System comprises a Universal Mobile Telecommunications System network.

6. The system of 3 , wherein said interface further includes a packet-based mobile switching center.

7. The system of 3 , wherein said interface further includes one or more circuit-based base station controllers.

8. The system of 3 , wherein said signal gateway is selected from the group comprising a data signal transport gateway or a data signal transport gateway or a media gateway.

9. The system of 3 , wherein the telecommunication system does not require utilization of a Public Switched Telephone Network.

10. The system of 3 , wherein said Internet telephony network comprises an Internet Protocol network, a Session Initiation Protocol network or a H.323 protocol network.

11. A method for telecommunications between

a) a circuit-based wireless telephony network providing wireless access comprising a Mobile Telecommunications System, wherein the wireless telephony network comprises a first protocol engine and a first database,

b) a packet-based Internet telephony network in communication with the wireless telephony network for providing Internet telephony access, wherein the Internet telephony network comprises a second protocol engine and a second database; and

c) a gateway controller for providing an interface between at least said wireless telephony network and said Internet telephony network, wherein said interface comprises a signal gateway and voice data communications, wherein said gateway controller is controlled by a call processing engine and is configured to perform vocoding functions for translating between different data coding schemes, comprising:

receiving a 1 st signal at the Internet telephony network for initiating communication between the wireless telephony network and said Internet telephony network;

detecting a circuit-based wireless network communication during said initiation step by the Internet telephony network;

sending a 2 nd signal for obtaining the location of the gateway controller by the Internet telephony network;

receiving the 2 nd signal at the wireless telephony network;

sending a 3 rd signal for providing the location of the gateway controller by the wireless telephony network;

receiving said 3 rd signal at the Internet telephony network;

sending a 4 th signal by the Internet telephony network for finding and connecting to said gateway controller;

receiving said 4 th signal at the gateway controller; and

sending a 5 th signal by the gateway controller for connection with the wireless telephony network.

12. The method of 11 , wherein said Mobile Telecommunications System comprises a Global System for Mobile Communications network.

13. The method of 11 , wherein said Mobile Telecommunications System comprises a Universal Mobile Telecommunications System network.

14. The method of 11 , wherein said interface further includes a packet-based mobile switching center.

15. The method of 11 , wherein said interface further includes one or more circuit-based base station controllers.

16. The method of 11 , wherein said signal gateway is selected from the group comprising a data signal transport gateway or a data signal transport gateway or a media gateway.

17. The method of 11 , wherein the telecommunication system does not require utilization of a Public Switched Telephone Network.

18. The method of 11 , wherein said Internet telephony network comprises an Internet Protocol network, a Session Initiation Protocol network or a H.323 protocol network.

19. A telecommunication system providing wireless telephony communication from an Internet telephony network, comprising:

a circuit-based wireless telephony network providing wireless access to the system

wherein said wireless telephony network comprises a first protocol engine and a first database;

a packet-based Internet telephony network in communication with said wireless telephony network, for providing Internet telephony access to the system wherein said Internet telephony network comprises a module, a second protocol engine and a second database; and

a gateway controller in communication with said wireless telephony network and said Internet telephony network;

wherein said module is adapted for receiving a 1st signal for initiating communication between said wireless telephony network and said Internet telephony network, and for detecting a circuit-based wireless network communication at the time of initialization, and for sending a 2nd signal for obtaining the location of said gateway controller;

wherein said wireless telephony network is adapted for receiving said 2nd signal and for sending a 3rd signal for providing the location of said gateway controller;

wherein said module is further adapted for receiving said 3rd signal and for providing a 4th signal for finding and connecting to said gateway controller; and

wherein said gateway controller is adapted for receiving said 4th signal and for providing a 5th signal for connection with said wireless telephony network.

20. A method for providing wireless telephony communication from an Internet telephony network, comprising:

providing wireless access to a circuit-based wireless telephony network wherein said wireless telephony network comprises a first protocol engine and a first database;

providing Internet telephony access to a packet-based Internet telephony network in communication with said wireless telephony network, wherein said Internet telephony network comprises a module, a second protocol engine and a second database; and

providing communication between said wireless telephony network and said Internet telephony network by a gateway controller, further comprising;

receiving a 1st signal for initiating communication between the wireless telephony network and said Internet telephony network at the module;

detecting a circuit-based wireless network communication during said initiation step by the module;

sending a 2nd signal for obtaining the location of the gateway controller by the module;

receiving the 2nd signal at the wireless telephony network;

sending a 3rd signal for providing the location of the gateway controller by the wireless telephony network;

receiving said 3rd signal at the module;

sending a 4th signal by the module for finding and connecting to said gateway controller;

receiving said 4th signal at the gateway controller; and

sending a 5th signal by the gateway controller for connection with the wireless telephony network.