Delivery of communications services in developing regions

• US 20070071006A1
• Filed: 09/26/2005
• Published: 03/29/2007
• Est. Priority Date: 09/26/2005
• Status: Abandoned Application

• Current Assignee: Lucent Technologies, Inc. (Nokia Corporation)
• Original Assignee: Lucent Technologies, Inc. (Nokia Corporation)
• Inventors: Murakami, Kazutaka, Bosch, Peter, Samuel, Louis, Schabel, Michael, Manzione, Louis, Mullany, Francis, Lyons, Alan
• Application Number:
  US11/235,515
• Publication Number:
  US 20070071006A1
• Time in Patent Office: Days
• US Class Current: 370/392
• CPC Class Codes: H04W 84/14 WLL [Wireless Local Loop]; RLL [Radio Local Loop]

Abstract

A technique for delivering communications services to a large number of users employing relatively inexpensive, widely available handsets. More particularly, the technique utilizes a network apparatus that supports individual access to a community of users and supports access to a wireless communications system (e.g., any well-known Code Division Multiple Access (CDMA) wireless network). That is, the communications hub functions similar to a communications switch with a number users employing inexpensive handsets (e.g., well-known 900 MHz cordless telephones) on one side and the functionality of a mobile terminal, and CDMA interconnection, on the other side. Therefore, the users (i.e., subscribers) employ relatively inexpensive, widely available handsets, in conjunction with the network apparatus, to access a wireless communications network and the associated communications services offered from the wireless service provider.

Claims

1. A network apparatus having a first and second operating mode, said first operating mode primarily supporting a first interconnection with a plurality of handsets, said second operating mode primarily supporting a second interconnection with a wireless communications network, said network apparatus comprising:

a first antenna for interfacing, in said first operating mode, said plurality of handsets with said network apparatus, said first operating mode being specific to a voice telephony protocol, and each said handset being associated with a particular one subscriber of a plurality of subscribers;

a second antenna for interfacing said network apparatus with said wireless communications network in said second operating mode, said second operating mode being specific to a VoIP communications protocol;

a switch for processing and exchanging, between said first operating mode and said second operating mode, a communication signal associated with a particular one handset of said plurality of handsets, wherein said switch converts said communication signal between said voice telephony protocol and said wireless communications protocol as said communication signal is processed and exchanged between said first operating mode and said second operating mode; and

wherein said network apparatus cooperatively employs said first operating mode and said second operating mode in transmitting a communication between said handset and said wireless communications network.

2. The network apparatus of claim 1, wherein said communication is a call originated by said particular one subscriber to a wireless terminal accessible by said wireless communications network.

3. The network apparatus of claim 1, wherein said communication is a call originated from a wireless terminal accessible by said wireless communications network to said handset associated with said particular one subscriber.

4. The network apparatus of claim 2, wherein said call is originated using a cordless telephone signal and said network apparatus converts said cordless telephone signal to a cellular signal for said transmitting said communication between said handset and said wireless communications system.

5. A network apparatus having a first and second operating mode, said first operating mode primarily supporting a first interconnection with a plurality of handsets, said second operating mode primarily supporting a second interconnection with a wireless communications network, said network apparatus comprising:

a first antenna for interfacing, in said first operating mode, said plurality of handsets with said network apparatus, said first operating mode being specific to a first communications protocol, and each one of said handsets being associated with a particular one subscriber of a plurality of subscribers;

a second antenna for interfacing said network apparatus with said wireless communications network in said second operating mode, said second operating mode being specific to a second communications protocol;

a switch for processing and exchanging, between said first operating mode and said second operating mode, a communication signal associated with a particular one handset of said plurality of handsets, wherein said switch converts said communication signal between said first communications protocol and said second communications protocol as said communication signal is processed and exchanged between said first operating mode and said second operating mode;

a controller for receiving a message having a plurality of fields, said message having a form compliant with said second communications protocol, and extracting a control signal as a function of a particular one field of said plurality of fields, said particular one field containing information conforming with said first communications protocol but not with said second communications protocol, such that said controller uses said control signal for identifying said particular one subscriber associated with said one handset; and

wherein said network apparatus cooperatively employs said first operating mode and said second operating mode in transmitting said communication signal between said particular one subscriber associated with said one handset and said wireless communications network.

6. The network apparatus of claim 5, wherein said control signal includes an alert code generated by said wireless communications network, said alert code identifying said particular one handset.

7. A network apparatus of claim 5, wherein said control signal includes a caller identification code generated by said wireless communications network, said caller identification code being associated with said one subscriber associated with said one handset, wherein said one subscriber is a called party in receiving said communications signal.

8. The network apparatus of claim 5, wherein said control signal includes a Short Messaging Service (SMS) textual message, said SMS textual message identifying said one subscriber associated with said one handset.

9. The network apparatus of claim 8, wherein said first communications protocol is a digital cordless signal protocol and said second communications protocol is a CDMA communications protocol.

10. The network apparatus of claim 7, wherein said caller identification code is specific to an ISUP protocol.

11. A communications system comprising:

a plurality of handsets, each said handset being associated with a particular one subscriber of a plurality of subscribers;

a network apparatus operative for communicating, in a first operating mode, between said network apparatus and said plurality of handsets, and for communicating, in a second operating mode, between said network apparatus and a wireless communications network, said network apparatus further comprising;

a switch for converting a communication signal between a first communications protocol and a second communications protocol as said communication signal is processed and exchanged between said first operating mode and said second operating mode; and

a controller for receiving a message having a plurality of fields, said message being generated by said wireless communications network and having a form compliant with said second communications protocol, and extracting a control signal as a function of a particular one field of said plurality of fields, said particular one field containing information conforming with said first communications protocol but not with said second communications protocol, such that said controller uses said control signal for identifying said particular one subscriber associated with said one handset; and

wherein said network apparatus cooperatively employs said first operating mode and said second operating mode in processing and exchanging a call associated with a particular one handset of said plurality of handsets.

12. The communications system of claim 11, wherein said call is originated by a wireless terminal associated with said wireless communications network to said particular one subscriber associated with said handset, said handset being a cordless telephone and said network apparatus converts a cellular signal received by said network apparatus from said wireless network to a cordless telephone signal for transmission to said cordless telephone from said network apparatus.

13. The communications system of claim 11, wherein said control signal includes an alert code generated by said wireless communications network, said alert code identifying said particular one handset.

14. The communications system of claim 11, wherein said control signal includes a caller identification code generated by said wireless communications network, said caller identification code being associated with said one subscriber associated with said one handset, wherein said one subscriber is a called party in receiving said communications signal.

15. A community hub apparatus comprising:

a switch for processing and exchanging, between a first operating mode and a second operating mode, a communication signal associated with a particular one handset of said plurality of handsets, wherein said switch converts said communication signal between a first communications protocol associated with said first operating mode and a second communications protocol associated with said second operating made as said communication signal is processed and exchanged between said first operating mode and said second operating mode;

a controller for receiving a message having a plurality of fields, said message having a form compliant with said second communications protocol, and extracting a control signal as a function of a particular one field of said plurality of fields, said particular one field containing information conforming with said first communications protocol but not with said second communications protocol, such that said controller uses said control signal for identifying said particular one subscriber associated with said one handset.

16. The community hub apparatus of claim 15, wherein said message is generated by a wireless communications network and said control signal includes an alert code generated by a wireless communications network, said alert code identifying said particular one handset.

17. The community hub apparatus of claim 15, wherein said first communications protocol is specific to a cordless voice telephony protocol and said control signal includes a caller identification code generated by a wireless communications network, said caller identification code being associated with a particular one subscriber associated with said one handset, wherein said one subscriber is a called party.

18. A method of operating a network apparatus for providing communications services between a wireless communications network and a plurality of users, each said user being associated with a particular one handset, said method comprising:

receiving a communications signal; and

processing and exchanging, between a first operating mode and a second operating mode, said communications signal associated with said particular one handset of said plurality of handsets, said first mode being operative for interfacing said network apparatus with said plurality of handsets, and said second operating mode being operative for interfacing said network apparatus with said wireless communications network, wherein said processing and exchanging further comprises the steps of;

converting said communications signal between a first communications protocol associated with said first operating mode and a second communications protocol associated with said second operating mode as said communication signal is processed and exchanged between said first operating mode and said second operating mode; and

identifying said particular one subscriber associated with said one handset as a function of a control signal, said control signal being extracted as a function of a particular one field of a plurality of fields of a message generated from said wireless communications network, said particular one field containing information conforming with said first communications protocol but not with said second communications protocol; and

cooperatively employing said first operating mode and said second operating mode in communicating said communications signal between said particular one handset associated with said user and said wireless communications network.

19. The method of claim 18, wherein said control signal includes an alert code generated by said wireless communications network, said alert code identifying said particular one handset.

20. The method of claim 18, wherein said control signal includes a caller identification code generated by said wireless communications network, said caller identification code being associated with said one subscriber associated with said one handset, wherein said one subscriber is a called party in receiving said communications signal.