Apparatuses for Hybrid Wired and Wireless Universal Access Networks

• US 20100085948A1
• Filed: 07/31/2009
• Published: 04/08/2010
• Est. Priority Date: 01/31/2008
• Status: Abandoned Application

• Current Assignee: Noosphere Communications, Inc.
• Original Assignee: Noosphere Communications, Inc.
• Inventors: Yu, John Z., Zhang, Henry Z., Hsu, David H.
• Application Number:
  US12/534,073
• Publication Number:
  US 20100085948A1
• Time in Patent Office: Days
• US Class Current: 370/338
• CPC Class Codes: H04L 12/66 Arrangements for connecting between networks having differing types of switching systems, e.g. gateways
• CPC Class Codes: H04L 45/123 Evaluation of link metrics techniques for monitoring network metrics H04L43/08
• CPC Class Codes: H04L 45/302 Route determination based on requested QoS

Abstract

A gateway switch comprises: two or more transceiving modules, wherein each of the transceiving modules is capable of transmitting and receiving data, wherein the data is an analog signal or a digital signal, and wherein each of the transceiving modules provides a different network connection type; a system module for processing the received data in accordance with one or more rules; and a switching module for symmetrically switching the processed data from any one of the transceiving modules to a selected one of the transceiving modules for transmission of the processed data; wherein the system module selects one of the transceiving modules for the transmission of the processed data as a function of the rules.

Claims

1. A gateway switch, comprising:

two or more transceiving modules, wherein each of the transceiving modules is capable of transmitting and receiving data, wherein the data is an analog signal or a digital signal, and wherein each of the transceiving modules provides a different network connection type;

a system module for processing the received data in accordance with one or more rules; and

a switching module for symmetrically switching the processed data from any one of the transceiving modules to a selected one of the transceiving modules for transmission of the processed data;

wherein the system module selects one of the transceiving modules for the transmission of the processed data as a function of the rules.

2. The gateway switch of claim 1 wherein the rules comprise of service-specific rules, wherein the service-specific rules assign a service-specific priority to each of the transceiving modules for the transmission of the processed data according to the service-specific priority.

3. The gateway switch of claim 2 wherein the service-specific priority is one or more of transmission speed, transmission reliability, and transmission cost.

4. The gateway switch of claim 2 wherein the processed data is of a data type and wherein the service-specific priority is based on the data type.

5. The gateway switch of claim 4 wherein the data type is one or more of a security type and a privacy type.

6. The gateway switch of claim 2 wherein the received data has an associated IP address and wherein the service-specific priority is an assigned service-specific priority of the processed data according to the IP address of the received data.

7. The gateway switch of claim 2 wherein the received data has an associated application and wherein the service-specific priority is an indicated priority of the processed data according to the application associated with the received data.

8. The gateway switch of claim 2 wherein the received data has an associated application protocol and wherein the service-specific priority is an indicated priority of the processed data according to the application protocol associated with the received data.

9. The gateway switch of claim 2 wherein the service-specific priority is to indicate guaranteeing of the transmission of the processed data using two or more of the transceiving modules.

10. The gateway switch of claim 2 wherein the service-specific priority may specify two or more of the transceiving modules for the transmission of the processed data.

11. The gateway switch of claim 1 wherein the processed data is simultaneously transmitted by two or more of the transceiving modules.

12. The gateway switch of claim 1 wherein the rules comprise of user-specific rules, wherein the user-specific rules indicate a user-specific priority of the processed data.

13. The gateway switch of claim 1 further comprising a data storage module, wherein the data storage module accesses storage devices.

14. The gateway switch of claim 13 wherein the data storage module aggregates data storage devices of other gateway switches into an aggregated data device.

15. The gateway switch of claim 1 further comprising a computing module.

16. The gateway switch of claim 15 wherein the computing modules of two or more of the gateway switches are aggregated into an aggregated computing device.

17. The gateway switch of claim 16 wherein the aggregated computing device having an open API for programming the aggregated computing device.

18. The gateway switch of claim 16 wherein the aggregated computing device is available upon demand.

19. The gateway switch of claim 1 wherein the gateway switch interacts with other gateway switches to establish a network.

20. The gateway switch of claim 19 wherein two or more of the gateway switches of the network are grouped into one or more cells.

21. The gateway switch of claim 20 wherein one or more gateway switches of each of the cells are selected as supernodes.

22. The gateway switch of claim 21 wherein the supernodes of the cells are directly connected with each other.

23. The gateway switch of claim 1 wherein the transceiving modules comprise one or more of the following:

a cellular mobile module, a wired local area network module, a wireless local area network module, and a landline PSTN module.

24. The gateway switch of claim 1 wherein the service-specific rules comprise forwarding rules based on one or more of a wireless service plan of a user, a landline service plan of a user, and an internet service plan of a user.

25. The gateway switch of claim 19 wherein the transceiving modules of the gateway switches in the network are aggregated into a virtual aggregate link.

26. The gateway switch of claim 25 wherein the virtual aggregate link is available on demand.

27. The gateway switch of claim 1 further comprising a remote transceiving module, wherein said remote transceiving module through a first selected network connection type connects to one of the transceiving modules, and the connected transceiving module through a second selected network selection type connects to a receiver.

28. The gateway switch of claim 1 wherein the network connection types include a dial-up connection type, a direct link type, a wireless connection type, a virtual private network type, a TCP/IP connection type, a cellular connection type, and a satellite connection type.

29. The gateway switch of claim 1 wherein the gateway switch is a node and said node is connected to a plurality of other nodes in a network topology having one or more cells;

each of the cells having one or more supernodes and one or more nodes;

wherein the nodes within the same cell are interconnected; and

wherein the supernodes are interconnected.

30. A gateway switch, comprising:

two or more transceiving modules, wherein each of the transceiving modules is capable of transmitting and receiving data, wherein the data is an analog signal or a digital signal, and wherein each of the transceiving modules provides a different network connection type;

a system module for processing the received data in accordance with one or more rules, wherein the rules comprise of service-specific rules and user-specific rules; and

a switching module for symmetrically switching the processed data from any one of the transceiving modules to a selected one of the transceiving modules for transmission of the processed data;

wherein the system module selects one of the transceiving modules for the transmission of the processed data as a function of the rules;

wherein the service-specific rules comprise forwarding rules based on one or more of a wireless service plan of a user, a landline service plan of a user, and an internet service plan of a user;

wherein the service-specific rules assign a service-specific priority to each of the transceiving modules for the transmission of the processed data according to the service-specific priority;

wherein the service-specific priority is one or more of transmission speed, transmission reliability, and transmission cost;

wherein the processed data is of a data type and wherein the service-specific priority is based on the data type;

wherein the data type is one or more of a security type and a privacy type;

wherein the received data has an associated IP address and wherein the service-specific priority is an assigned service-specific priority of the processed data according to the IP address of the received data;

wherein the received data has an associated application and wherein the service-specific priority is an indicated priority of the processed data according to the application associated with the received data;

wherein the received data has an associated application protocol and wherein the service-specific priority is an indicated priority of the processed data according to the application protocol associated with the received data; and

wherein the user-specific rules indicate a user-specific priority of the processed data.

31. A gateway switch, comprising:

two or more transceiving modules, wherein each of the transceiving modules is capable of transmitting and receiving data, wherein the data is an analog signal or a digital signal, and wherein each of the transceiving modules provides a different network connection type;

a system module for processing the received data in accordance with one or more rules, wherein the system module selects one of the transceiving modules for the transmission of the processed data as a function of the rules;

a switching module for symmetrically switching the processed data from any one of the transceiving modules to a selected one of the transceiving modules for transmission of the processed data; and

a data storage module, wherein the data storage module accesses storage devices, and wherein the data storage module aggregates data storage devices of other gateway switches into an aggregated data device.

32. A gateway switch, comprising:

two or more transceiving modules, wherein each of the transceiving modules is capable of transmitting and receiving data, wherein the data is an analog signal or a digital signal, and wherein each of the transceiving modules provides a different network connection type;

a system module for processing the received data in accordance with one or more rules, wherein the system module selects one of the transceiving modules for the transmission of the processed data as a function of the rules;

a switching module for symmetrically switching the processed data from any one of the transceiving modules to a selected one of the transceiving modules for transmission of the processed data; and

a computing module, wherein the computing modules of two or more of the gateway switches are aggregated into an aggregated computing device;

wherein the aggregated computing device having an open API for programming the aggregated computing device and is available upon demand.

33. A gateway switch, comprising:

two or more transceiving modules, wherein each of the transceiving modules is capable of transmitting and receiving data, wherein the data is an analog signal or a digital signal, and wherein each of the transceiving modules provides a different network connection type;

a system module for processing the received data in accordance with one or more rules, wherein the system module selects one of the transceiving modules for the transmission of the processed data as a function of the rules; and

a switching module for symmetrically switching the processed data from any one of the transceiving modules to a selected one of the transceiving modules for transmission of the processed data;

wherein the transceiving modules of the gateway switches in the network are aggregated into a virtual aggregate link; and

wherein the virtual aggregate link is available on demand.

34. A gateway switch, comprising:

two or more transceiving modules, wherein at least one of the two or more transceiving modules is a remote transceiving module, wherein each of the transceiving modules provides a different network connection type;

a system module for processing received data in accordance with one or more rules; and

a switching module for symmetrically switching the processed data from any one of the transceiving modules to a selected one of the transceiving modules for transmission of the processed data;

wherein for voice transmission said remote transceiving module through a first selected network connection type connects to one of the transceiving modules, and the connected transceiving module through a second selected network connection type connects to a destination voice receiver.

35. The gateway switch of claim 34 wherein the remote transceiver module is integrated with a BlueTooth (“

BT”

) transceiver module, wherein the BT transceiver module connects with a transmission device having BT capability, and wherein data is routed between the transmission device and the gateway switch.

36. The gateway switch of claim 35 wherein the transmission device is one of a cellular phone, a personal digital assistant (“

PDA”

), a headset with BT capability, and another device having BT capability.