System for integrating an airborne wireless cellular network with terrestrial wireless cellular networks and the public switched telephone network

• US 7,113,780 B2
• Filed: 12/07/2003
• Issued: 09/26/2006
• Est. Priority Date: 03/06/1992
• Status: Expired due to Fees

• Current Assignee: Gogo LLC (GOGO Incorporated)
• Original Assignee: Aircell LLC (GOGO Incorporated)
• Inventors: McKenna, Daniel Bernard, Saroka, Harold Grant, Liu, Dandan, Jochim, Kenneth Joseph, Varadachari, Anand K., Cruz, Joseph
• Primary Examiner(s): Eng, George
• Assistant Examiner(s): DOAN, KIET M
• Application Number:
  US10/730,329
• Publication Number:
  US 20040142658A1
• Time in Patent Office: 1,024 Days
• Field of Search: 455/431, 455/11.1, 455/422.1, 455/456.3, 455/554.1, 455/430, 398/115
• US Class Current: 455/431
• CPC Class Codes: H01Q 1/007 specially adapted for indoor communication
• CPC Class Codes: H01Q 1/246 specially adapted for base stations
• CPC Class Codes: H01Q 1/28 Adaptation for use in or on aircraft, missiles, satellites, or balloons
• CPC Class Codes: H01Q 1/32 Adaptation for use in or on road or rail vehicles
• CPC Class Codes: H04B 7/18506 Communications with or from aircraft, i.e. aeronautical mobile service
• CPC Class Codes: H04B 7/18508 with satellite system used as relay, i.e. aeronautical mobile satellite service
• CPC Class Codes: H04W 76/15 Setup of multiple wireless link connections
• CPC Class Codes: H04W 84/005 Moving wireless networks
• CPC Class Codes: H04W 84/06 Airborne or Satellite Networks space-based or airborne stations H04B7/185

Abstract

The present non-terrestrial feature transparency system spoofs the Air-to-Ground Network and the ground-based cellular communication network into thinking that the wireless subscriber devices have no special considerations associated with their operation, even though the wireless subscriber devices are located on an aircraft in flight. This architecture requires that the non-terrestrial feature transparency system on board the aircraft replicate the full functionality of a given wireless subscriber device, that has a certain predetermined feature set from a ground-based wireless service provider, at another wireless subscriber device located within the aircraft. This mirroring of wireless subscriber device attributes enables a localized cell for in-cabin communication yet retains the same wireless subscriber device attributes for the air-to-ground link. The Air-to-Ground Network transmits both the subscriber data (comprising voice and/or other data) as well as feature set data between the Aircraft in-Cabin Network and the ground-based cellular communication network to thereby enable the wireless subscriber devices that are located in the aircraft to receive consistent wireless communication services in both the terrestrial (ground-based) and non-terrestrial regions.

Claims

1. A system for providing wireless communication services to a plurality of wireless subscriber devices that are located in an aircraft, comprising:

aircraft network means located in said aircraft for generating radio frequency communication signals to communicate with at least one of said plurality of wireless subscriber devices that are located in said aircraft, comprising;

aircraft cellular communication means for establishing at least one cell site to corrununicate via communications with at least one of said plurality of wireless subscriber devices,

a plurality of base station means to communicate via communications with at least one of said plurality of wireless subscriber devices, each at least one of said plurality of base station means operating in a cellular technology that differs from those of the remaining ones of said plurality of base station means;

air-to-ground network means for radio frequency communications between said aircraft and a ground-based communications network system having at least one transceiver located on the ground, comprising;

a plurality of ground-based base station means for communicating with at least one of said plurality of wireless subscriber devices; and

aircraft interface means for interconnecting said aircraft network means and said air-to-ground network means to establish communications between said plurality of wireless subscriber devices and said ground-based communications network by exchanging both subscriber traffic and at least one of network signaling and administrative data on separate concurrently available logical channels between said aircraft network means and said ground-based communications network, comprising;

data concentrator means for converting the individual traffic and signaling channels received from said plurality of base station means to an aggregate data stream;

wherein said air-to-ground network means further comprises;

data router disaggregator means for disaggregating said aggregate data stream by technology into a plurality of data streams and delivering each of said plurality of data streams to a corresponding one of said plurality of ground-based base station means.

2. The system for providing wireless communication services of claim 1 wherein said aircraft interface means comprises;

authentication means for verifying the identity of said plurality of wireless subscriber devices.

3. The system for providing wireless communication services of claim 1 wherein said aircraft interface means comprises:

authorization means for detennining a set of services that each of said plurality of wireless communication devices is authorized to receive.

4. The system for providing wireless communication services of claim 1 wherein said air-to-ground network means comprises:

wireless subscriber device means, connected to said at least one base station means and responsive to receipt of radio frequency communication signals from a one of said plurality of wireless subscriber devices, for emulating operation of said one wireless subscriber device in communicating with said ground-based communications system.

5. The system for providing wireless communication services of claim 1 wherein said air-to-ground network means comprises:

transmitter means for generating downlink radio frequency signals for transmission to said at least one transceiver located on the ground;

receiver means for receiving uplink radio frequency signals received from said at least one transceiver located on the ground; and

antenna means located on an external surface of said aircraft for exchanging said downlink and uplink radio frequency signals between said transmitter and said receiver means and said at least one transceiver located on the ground.

6. The system for providing wireless communication services of claim 1 wherein said air-to-ground network means comprises:

transmitter means for generating downlink radio frequency signals for transmission to said at least one transceiver located on the ground via at least one satellite;

receiver means for receiving uplink radio frequency signals received from said at least one satellite; and

antenna means located on an external surface of said aircraft for exchanging said dowolink and uplink radio frequency signals between said transmitter and said receiver means and said at least one satellite.

7. The system for providing wireless communication services of claim 1 wherein said air-to-ground network means comprises:

ground station controller means for mobility management and hand over management for said aggregate data stream, comprising subscriber traffic from said plurality of wireless subscriber devices.

8. The system for providing wireless communication services of claim 1 wherein said air-to-ground network means further comprises:

a plurality of mobile switching system means for interconnecting said communications from at least one of said plurality of wireless subscriber devices with conventional Voice and Data switching systems.

9. The system for providing wireless communication services of claim 1 wherein said aircraft network means comprises:

aircraft cellular communication means for establishing at least one wireless LAN-based cell site to communicate via data-based communications with at least one of said plurality of wireless subscriber devices.

10. The system for providing wireless communication services of claim 1 wherein said aircraft interface means comprises:

radio frequency management means for managing at least one radio frequency attribute of said system for providing wireless communication services from the set of radio frequency attributes including;

the in-cabin radio frequency environment which controls wireless subscriber device access to services;

the EMI/EFI environment by commanding the wireless subscriber devices to the lowest necessary radio frequency power; and

a radio frequency scheme for signaling and traffic which does not cause interference to operations in the ground-based communication network.

11. The system for providing wireless communication services of claim 1 wherein said aircraft interface means comprises:

in-cabin call disabling means for disabling operation of selected ones of said wireless subscriber devices that are located in the aircraft.

12. The system for providing wireless communication services of claim 1 further comprising:

wherein said aircraft interface means further comprises;

call management means for maintaining call data relating to said wireless subscriber devices that are generating said subscriber traffic and signaling channels;

wherein said air-to-ground network means further comprises;

a plurality of ground-based base station means for communicating with at least one of said plurality of wireless subscriber devices via said aggregate data stream; and

handoff management means, responsive to initiation of a call handoff from a first one of said ground-based base station means to a second one of said ground-based base station means, for redirecting transmission of said aggregate data stream from said first ground-based base station means to said second ground-based base station means.

13. The system for providing wireless communication services of claim 1 wherein said aircraft interface means further comprises:

call management data handoff means for forwarding said call data, relating to said wireless subscriber devices that are generating said subscriber traffic and signaling channels, to said second ground-based base station means.

14. A method for providing wireless communication services to a plurality of wireless subscriber devices that are located in an aircraft, comprising;

generating, in an aircraft network located in said aircraft, radio frequency communication signals to communicate with at least one of said plurality of wireless subscriber devices that are located in said aircraft, comprising;

establishing at least one cell site to communicate via communications with at least one of said plurality of wireless subscriber devices,

operating a plurality of base stations to communicate via communications with at least one of said plurality of wireless subscriber devices, each at least one of said plurality of base stations operating in a cellular technology that differs from those of the remaining ones of said plurality of base stations;

generating, man air-to-ground network, radio frequency communications between said aircraft and a ground-based communications network system having at least one transceiver located on the ground; and

interconnecting said aircraft network and said air-to-ground network to establish communications between said plurality of wireless subscriber devices and said ground-based communications network by exchanging both subscriber traffic and at least one of network signaling and administrative data on separate currently available logical channels between said aircraft network means and said ground-based communications network, comprising;

converting the individual traffic and signaling channels received from said plurality of wireless base station to an aggregate data stream,

communicating via a plurality of ground-based base stations for communicating with at least one of said plurality of wireless subscriber devices,

disaggregating said aggregate data stream by technology into a plurality of data streams and delivering each of said plurality of data streams to a corresponding one of said plurality of ground-based base stations.

15. The method for providing wireless communication services of claim 14 wherein said step of interconnecting comprises:

verifying the identity of said plurality of wireless subscriber devices.

16. The method for providing wireless communication services of claim 14 wherein said step of interconnecting comprises:

determining a set of services that each of said plurality of wireless communication devices is authorized to receive.

17. The method for providing wireless communication services of claim 14 wherein said step of generating, in an air-to-ground network, comprises:

emulating, in response to receipt of radio frequency communication signals from a one of said plurality of wireless subscriber devices, operation of said one wireless subscriber device in communicating with said ground-based communications system.

18. The method for providing wireless communication services of claim 14 wherein said step of generating, in an air-to-ground network, comprises:

generating downlink radio frequency signals for transmission to said at least one transceiver located on the ground;

receiving uplink radio frequency signals received from said at least one transceiver located on the ground; and

exchanging said downlink and uplink radio frequency signals with said at least one transceiver located on the ground.

19. The system for providing wireless communication services of claim 14 wherein said step of generating radio frequency communications between said aircraft and a ground-based communications network comprises:

generating dowolink radio frequency signals for transmission by a transmitter located in said aircraft to said at least one satellite;

receiving uplink radio frequency signals from said at least one satellite in a receiver located in said aircraft, and

exchanging via an antenna located on an external surf ace of said aircraft said downlink and uplink radio frequency signals between said transmitter and said receiver and said at least one satellite.

20. The method for providing wireless communication services of claim 14 wherein said step of interconnecting comprises:

mobility management and hand over management for said aggregate data stream, comprising subscriber traffic from said plurality of wireless subscriber devices.

21. The method for providing wireless communication services of claim 14 wherein said step of interconnecting further comprises:

interconnecting, via a plurality of mobile switching systems, said communications from at least one said plurality of wireless subscriber devices with conventional Voice and Data switching systems.

22. The method for providing wireless communication services of claim 14 wherein said step of generating, in an aircraft network, comprises:

establishing at least one wireless LAN-based cell site to communicate via data-based communications with at least one of said plurality of wireless subscriber devices.

23. The method for providing wireless communication services of claim 14 wherein said step of interconnecting comprises:

managing at least one radio frequency attribute of said system for providing wireless communication services from the set of radio frequency attributes including;

the in-cabin radio frequency environment which controls wireless subscriber device access to services;

the EMI/RFI environment by commanding the wireless subscriber devices to the lowest necessary radio frequency power; and

a radio frequency scheme for signaling and traffic which does not cause interference to operations in the ground-based communication network.

24. The system for providing wireless communication services of claim 14 wherein said step of interconnecting comprises:

disabling operation of selected ones of said wireless subscriber devices that are located in the aircraft.

25. A system for providing wireless communication services to a plurality of wireless subscriber devices that are located in an aircraft, comprising:

aircraft-based network means located in said aircraft for generating radio frequency communication signals to communicate with at least one of said plurality of wireless subscriber devices that are located in said aircraft, comprising;

aircraft cellular communication means for establishing at least one cell site to communicate via communications with at least one of said plurality of wireless subscriber devices,

a plurality of base station means to communicate via communications with at least one of said plurality of wireless subscriber devices, each as least one of said plurally of base station means operating in a cellular technology that differs from those of the remaining ones of said plurality of base station means,

data concentrator means for converting the individual traffic and signaling channels received from said plurality of base station means to an aggregate data stream;

ground-based network means for interconnecting said communications from at least one of said plurality of wireless subscriber devices with conventional Voice and Data switching systems, comprising;

a plurality of ground-based base station means for communicating with at least one of said plurality of wireless subscriber devices,

data disaggregator means for disaggregating said aggregate data stream by technology into a plurality of data streams and delivering each of said plurality of data streams to a corresponding one of said plurality of ground-based base station means; and

inner network means for interconnecting said aircraft-based network means and said ground-based network means to establish communications between said plurality of wireless subscriber devices and said conventional Voice and Data switching systems by exchanging both subscriber traffic and at least one of network signaling and administrative data on separate concurrently available logical channels between said aircraft network means and said ground-based communications network.

26. The system for providing wireless communication services of claim 25 wherein said aircraft-based network means further comprises:

authentication means for verifying the identity of said plurality of wireless subscriber devices.

27. The system for providing wireless communication services of claim 25 wherein said aircraft-based network means further comprises:

authorization means for determining a set of services that each of said plurality of wireless communication devices is authorized to receive.

28. The system for providing wireless communication services of claim 25 wherein said inner network means comprises:

wireless subscriber device means, connected to said at least one base station means and responsive to receipt of radio frequency communication signals from a one of said plurality of wireless subscriber devices, for emulating operation of said one wireless subscriber device in communicating with said ground-based network means.

29. The system for providing wireless communication services of claim 28 wherein said air-to-ground network means comprises:

transmitter means for generating downlink radio frequency signals for transmission to said at least one transceiver located on the ground;

receiver means for receiving uplink radio frequency signals received from said at least one transceiver located on the ground; and

antenna means located on an external surface of said aircraft for exchanging said downlink and uplink radio frequency signals between said transmitter and said receiver means and said at least one transceiver located on the ground.

30. The system for providing wireless communication services of claim 25 wherein said inner network means comprises;

transmitter means for generating downlink radio frequency signals for transmission to said at least one transceiver located on the ground via at least one satellite;

receiver means for receiving uplink radio frequency signals received from said at least one satellite; and

antenna means located on an external surface of said aircraft for exchanging said downlink and uplink radio frequency signals between said transmitter and said receiver means and said at least one satellite.

31. The system for providing wireless communication services of claim 25 wherein said ground-based network means comprises:

ground station controller means for mobility management and hand over management for said aggregate data stream, comprising subscriber traffic from said plurality of wireless subscriber devices.

32. The system for providing wireless communication services of claim 25 wherein said ground-based network means further comprises:

a plurality of mobile switching system means for interconnecting said communications from at least one of said plurality of wireless subscriber devices with conventional Voice and Data switching systems.

33. The system for providing wireless communication services of claim 25 wherein said aircraft-based network means comprises:

aircraft cellular communication means for establishing at least one wireless LAN-based cell site to communicate via data-based communications with at least one of said plurality of wireless subscriber devices.

34. The system for providing wireless communication services of claim 25 wherein said inner network means comprises:

radio frequency management means for managing at least one radio frequency attribute of said system for providing wireless communication services from the set of radio frequency attributes including;

the in-cabin radio frequency environment which controls wireless subscriber device access to services;

the EMI/RFl environment by commanding the wireless subscriber devices to the lowest necessary radio frequency power, and a radio frequency scheme for signaling and traffic which does not cause interference to operations in the ground-based communication network.

35. The system for providing wireless communication services of claim 25 wherein said inner network means comprises:

in-cabin call disabling means for disabling operation of selected ones of said wireless subscriber devices that are located in the aircraft.

36. A system for providing wireless communication services to a plurality of wireless subscriber devices that are located in an aircraft, comprising:

aircraft network means located in said aircraft for generating radio frequency communication signals to communicate with at least one of said plurality of wireless subscriber devices that are located in said aircraft, comprising;

aircraft cellular communication means for establishing at lease one cell site to communicate via communications with at least one of said plurality of wireless subscriber devices, comprising a plurality of base station means to communicate via communications with at least one of said plurality of wireless subscriber devices, said plurality of base station means operating in at least two different cellular technologies;

air-to-ground network means for radio frequency communications between said aircraft and a plurality of ground-based communications networks having at least one transceiver located on the ground;

aircraft interface means for interconnecting said aircraft network means and said air-to-ground network means to establish communications between said plurality of wireless subscriber devices and said plurality of ground-based communications networks, comprising;

data concentrator means for converting the subscriber traffic and signaling channels received from said plurality of base station means to an aggregate data stream;

wherein said air-to ground network means comprises;

data disaggregator means for disaggregating said aggregate data stream by technology into a plurality of data streams and delivering each of said plurality of data streams to a corresponding one of said plurality of ground-based communications networks.

37. A method for providing wireless communication services to a plurality of wireless subscriber devices that are located in an aircraft, comprising:

generating, in an aircraft network located in said aircraft, radio frequency communication signals to communicate with at least one of said plurality of wireless subscriber devices that are located in said aircraft, comprising;

establishing at least one cell site to communicate via communications with at least one of said plurality of wireless subscriber devices comprising operating a plurality of base stations to communicate via communications with at least one of said plurality of wireless subscriber devices, said plurality of base stations operating in at least two different cellular technologies;

generating, in an air-to-ground network, radio frequency communications between said plurality of wireless subscriber devices and a plurality of ground-based communications networks having at least one transceiver located on the ground;

interconnecting said aircraft network and said air-to-ground network to establish communications between said plurality of wireless subscriber devices and said plurality of ground-based communications networks, comprising;

converting the subscriber traffic and signaling channels received from said plurality of base stations to an aggregate data stream;

wherein said step of generating radio frequency communications between said plurality of wireless subscriber devices and a plurality of ground-based communications networks further comprises;

disaggregating said aggregate data stream by technology into a plurality of data streams and delivering each of said plurality of data streams to a corresponding one of said plurality of ground-based communications networks.

38. A system for providing wireless communication services to a plurality of wireless subscriber devices that are located in an aircraft, comprising:

aircraft-based network means located in said aircraft for generating radio frequency communication signals to communicate with at least one of said plurality of wireless subscriber devices that are located in said aircraft, comprising;

data concentrator means for converting the individual traffic and signaling channels received from said plurality of base station means to an aggregate data stream comprising a plurality of base station means to communicate via communications with at least one of said plurality of wireless subscriber devices, said plurality of base station means operating in at least two different cellular technologies;

ground-based network means for interconnecting said communications from at least one of said plurality of wireless subscriber devices with conventional Voice and Data switching systems;

inner network means for interconnecting said aircraft-based network means and said ground-based network means to establish communications between said plurality of wireless subscriber devices and said conventional Voice and Data switching systems, comprising;

data disaggregator means for disaggregating said aggregate data stream by technology into a plurality of data streams and delivering each of said plurality of data streams to a corresponding one of said plurality of conventional Voice and Data switching systems.

39. A system for providing wireless communication services to a plurality of wireless subscriber devices that are located in an aircraft;

comprising;

aircraft network means located in said aircraft for generating radio frequency communication signals to communicate with at least one of said plurality of wireless subscriber devices that are located in said aircraft;

air-to-ground network means for radio frequency communications between said aircraft and a ground-based communications network system having at least one transceiver located on the ground; and

aircraft interface means for interconnecting said aircraft network means and said air-to-ground network means to establish communications between said plurality of wireless subscriber devices and said ground-based communications network by exchanging both subscriber traffic and at least one of network signaling and administrative data on separate concurrently available logical channels between said aircraft network means and said ground-based communications network, comprising;

in-cabin call termination means for providing a signaling termination for each call from a one of said wireless subscriber devices that are located in the aircraft to provide protocol management of signaling to both said ground-based communications network and said wireless subscriber devices, comprising;

first aircraft interface channel means for providing a radio frequency interface to the wireless subscriber devices to provide a pseudo base station with transparent handset signaling, to mimic the operation of the ground-based base station means to the wireless subscriber devices; and

second aircraft interface channel means for providing a radio frequency interface to the ground-based base station means to provide mirrored handset signaling to mimic the operation of the wireless subscriber devices to the ground-based base station means.

40. The system for providing wireless communication services of claim 39 wherein said in-cabin call termination means comprises:

spoofing means for spoofing the wireless subscriber devices by intelligently removing and replacing selected network signaling information in the protocol management.

41. A system for providing wireless communication services to a plurality of wireless subscriber devices that are located in an aircraft, comprising;

aircraft network means located in said aircraft for generating radio frequency communication signals to communicate with at least one of said plurality of wireless subscriber devices that are located in said aircraft;

air-to-ground network means for radio frequency communications between said aircraft and a ground-based communications network system having at least one transceiver located on the ground, comprising;

data concentrator means for converting the subscriber traffic and signaling channels received from said ground-based communications network to an aggregate data stream; and

aircraft interface means for interconnecting said aircraft network means and said air-to-ground network means to establish communications between said plurality of wireless subscriber devices and said ground-based communications network by exchanging both subscriber traffic and at least one of network signaling and administrative data on separate concurrently available logical channels between said aircraft network means and said ground-based communications network, comprising;

data disaggregator means for converting the aggregate data stream received from said air-to-ground network means into subscriber traffic and signaling channels for said plurality of wireless subscriber devices.

42. A method for providing wireless communication services to a plurality of wireless subscriber devices that are located in an aircraft, comprising:

generating, in an aircraft network located in said aircraft, radio frequency communication signals to communicate with at least one of said plurality of wireless subscriber devices that are located in said aircraft;

generating, in an air-to-ground network, radio frequency communications between said aircraft and a ground-based communications network system having at least one transceiver located on the ground; and

interconnecting said aircraft network and said air-to-ground network to establish communications between said plurality of wireless subscriber devices and said ground-based communications network by exchanging both subscriber traffic and at least one of network signaling and administrative data on separate concurrently available logical channels between said aircraft network means and said ground-based communications network, comprising;

providing a signaling termination for each call from a one of said wireless subscriber devices that am located in the aircraft to provide protocol management of signaling to both said ground-based communications network and said wireless subscriber devices, comprising;

providing a first radio frequency interface to the wireless subscriber devices to provide a pseudo base station with transparent handset signaling, to mimic the operation of the ground-based communications network to the wireless subscriber devices; and

providing a second radio frequency interface to the ground-based communications network to provide mirrored handset signaling to mimic the operation of the wireless subscriber devices to the ground-based communications network.

43. The system for providing wireless communication services of claim 42 wherein said step of providing a signaling termination comprises:

spoofing the wireless subscriber devices by intelligently removing and replacing selected network signaling information in the protocol management.

44. A method for providing wireless communication services to a plurality of wireless subscriber devices that are located in an aircraft, comprising:

generating, in an aircraft network located in said aircraft, radio frequency communication signals to communicate with at least one of said plurality of wireless subscriber devices that are located in said aircraft;

generating, in an air-to-ground network, radio frequency communications between said aircraft and a ground-based communications network system having at least one transceiver located on the ground, comprising;

convening the subscriber traffic and signaling channels received from said ground-based communications network to an aggregate data stream; and

interconnecting said aircraft network and said air-to-ground network to establish communications between said plurality of wireless subscriber devices and said ground-based communications network by exchanging both subscriber traffic and at least one of network signaling and administrative data on separate concurrently available logical channels between said aircraft network means and said ground-based communications network comprising;

convening the aggregate data stream received from said air-to-ground network means into subscriber traffic and signaling channels for said plurality of wireless subscriber devices.

45. The method for providing wireless communication services of claim 44 further comprising:

wherein said step of generating further comprises;

maintaining call data relating to said wireless subscriber devices that are generating said subscriber traffic and signaling channels;

wherein said step of interconnecting further comprises;

communicating via a plurality of base stations with at least one of said plurality of wireless subscriber devices via said aggregate data stream; and

redirecting, in response to initiation of a call handoff from a first one of said ground-based base stations to a second one of said ground-based base stations, transmission of said aggregate data stream from said first ground-based base stations to said second ground-based base stations.

46. The method for providing wireless communication services of claim 45 wherein said step of interconnecting further comprises:

forwarding said call data, relating to said wireless subscriber devices that are generating said subscriber traffic and signaling channels, to said second ground-based base station.

47. A system for providing wireless communication services to a plurality of wireless subscriber devices that are located in an aircraft, comprising:

aircraft-based network means located in said aircraft for generating radio frequency communication signals to communicate with at least one of said plurality of wireless subscriber devices that are located in said aircraft;

ground-based network means for interconnecting said communications from at least one of said plurality of wireless subscriber devices with conventional Voice and Data switching systems; and

inner network means for interconnecting said aircraft-based network means and said ground-based network means to establish communications between said plurality of wireless subscriber devices and said conventional Voice and Data switching systems by exchanging both subscriber traffic and at least one of network signaling and administrative data on separate concurrently available logical channels between said aircraft network means and said ground-based communications network, comprising;

in-cabin call termination means for providing a signaling termination for each call from a one of said wireless subscriber devices that are located in the aircraft to provide protocol management of signaling to both said ground-based communications network and said wireless subscriber devices, comprising;

first aircraft interface channel means for providing a radio frequency interface to the wireless subscriber devices to provide a pseudo base station with transparent handset signaling, to mimic the operation of the ground-based communications network to the wireless subscriber devices; and

second aircraft interface channel means for providing a radio frequency interface to the ground-based base station means to provide mirrored handset signaling to mimic the operation of the wireless subscriber devices to the ground-based communications network.

48. The system for providing wireless communication services of claim 47 wherein said in-cabin call termination means comprises:

spoofing means for spoofing the wireless subscriber devices by intelligently removing and replacing selected network signaling information in the protocol management.

49. A system for providing wireless communication services to a plurality of wireless subscriber devices that are located in an aircraft, comprising:

aircraft-based network means located in said aircraft for generating radio frequency communication signals to communicate with at least one of said plurality of wireless subscriber devices that are located in said aircraft;

ground-based network means for interconnecting said communications from at least one of said plurality of wireless subscriber devices with conventional Voice and Data switching systems; and

inner network means for interconnecting said aircraft-based network means and said ground-based network means to establish communications between said plurality of wireless subscriber devices and said conventional Voice and Data switching systems by exchanging both subscriber traffic and at least one of network signaling and administrative data on separate concurrently available logical channels between said aircraft network means and said ground-based communications network, comprising;

data concentrator means for converting the subscriber traffic and signaling channels received from said ground-based communications network to an aggregate data stream,

data disaggregator means for converting the aggregate data stream received from said air-to-ground network means into subscriber traffic and signaling channels for said plurality of wireless subscriber devices.

50. The system for providing wireless communication services of claim 49 further comprising:

wherein said ground-based network means further comprises;

call management means for maintaining call data relating to said welshers subscriber devices that are generating said individual traffic and signaling channels;

wherein said inner network means further comprises;

a plurality of ground-based base station means for communicating with at least one of said plurality of wireless subscriber devices via said aggregate data stream; and

handoff management means, responsive to initiation of a call handoff from a first one of said ground-based base station means to a second one of said ground-based base station means, for redirecting transmission of said aggregate data stream from aid first ground-based base station means in said second ground-based base station means.

51. The system for providing wireless communication services of claim 49 wherein said inner network means further comprises:

call management data handoff means for forwarding said call data, relating to said wireless subscriber devices that are generating said subscriber traffic and signaling channels, to said second ground-based base station means.