Method for an ATM network which controls settings of a plurality of connections and apparatus and assigns information which identifies applications

• US 5,943,337 A
• Filed: 02/06/1996
• Issued: 08/24/1999
• Est. Priority Date: 02/10/1995
• Status: Expired due to Fees

• Current Assignee: Fujitsu Limited
• Original Assignee: Fujitsu Limited
• Inventors: Sasagawa, Yasushi
• Primary Examiner(s): Olms, Douglas W.
• Assistant Examiner(s): VINCENT, DAVID ROBERT
• Application Number:
  US08/597,648
• Time in Patent Office: 1,295 Days
• Field of Search: 370/230, 370/231, 370/235, 370/236, 370/261, 370/463, 370/905, 370/395-399, 370/474
• US Class Current: 370/395.3
• CPC Class Codes: H04L 2012/5616 Terminal equipment, e.g. codecs, synch.
• CPC Class Codes: H04L 2012/563 Signalling, e.g. protocols, reference model
• CPC Class Codes: H04L 2101/604 Address structures or formats
• CPC Class Codes: H04L 61/00 Network arrangements, protocols or services for addressing or naming
• CPC Class Codes: H04Q 11/0478 Provisions for broadband connections

Abstract

ATM terminals are connected to an ATM network through a user network interface (UNI). When a connection is set between a calling side application and a called side application corresponding to an ATM signaling protocol performed by a signaling portion, and a unique sub-address that identifies an application is set to a call setting message along with a calling side terminal address and a terminating call terminal address, a plurality of connections can be securely set between a calling side application and a called side application.

Claims

1. A method of containing settings of a plurality of connections to at least one user network interface for allowing a switch network to accommodate a plurality of applications, comprising the steps of:

assigning a unique sub-address to each of the applications;

setting sub-addresses of calling side applications and sub-addresses of called side applications to a call setting message and sending the call setting message to the user network interface; and

setting at least one connection between a calling side application and a called side application corresponding to the sub-addresses through the user network interface.

2. A method of controlling settings of a plurality of connections to at least one user network interface for allowing a switch network to accommodate a plurality of applications, comprising the steps of:

assigning information identifying the applications;

setting application identification information to a broadband high layer information element included in a call setting message and sending the call setting message to the user network interface; and

setting at least one connection between a calling side application and a called side application corresponding to the application identification information through the user network interface.

3. A method of controlling settings of a plurality of connections to at least one user network interface for allowing a switch network to accommodate a plurality of applications, comprising the steps of:

assigning information identifying the applications;

defining an information element included in a call setting message and a reply message received from a first called side in a normal sequence, the information element being end-to-end transparent data, the information element being definable end-to-end;

setting application identification information to the information element in the call setting message or the reply message and sending the call setting message or the reply message to the user network interface; and

setting at least one connection between a calling side application and a called side application corresponding to the application identification information through the user network interface.

4. A method of controlling settings of a plurality of connections to at least one user network interface for allowing a switch network to accommodate a plurality of applications, comprising the steps of:

assigning information identifying the applications;

defining an information element included in a call setting message and a reply message received from a first called side in a normal sequence, the information element being end-to-end transparent data, the information element being definable end-to-end;

setting calling side application identification information to the information element in the call setting message or the reply message and sending the call setting message or the reply message to the user network interface; and

setting at least one connection between a calling side application and a called side application corresponding to the calling side application identification information through the user network interface.

5. A method of controlling settings of a plurality of connections to at least one user network interface for allowing a switch network to accommodate a plurality of applications, comprising the steps of:

assigning information identifying the applications;

defining an information element included in a call setting message and a reply message received from a first called side in a normal sequence, the information element being end-to-end transparent data, the information element being definable end-to-end;

setting called side application identification information to the information element in the call setting message or the reply message and sending the call setting message or the reply message to the user network interface; and

setting at least one connection between a calling side application and a called side application corresponding to the called side application identification information through the user network interface.

6. A method of controlling settings of a plurality of connections to at least one user network interface for allowing a switch network to accommodate a plurality of applications, comprising the steps of:

assigning information identifying the applications;

defining an information element included in a call setting message and a reply message received from a first called side in a normal sequence, the information element being end-to-end transparent data, the information element being definable end-to-end;

setting calling side and called side application identification information to the information element in the call setting message or the reply message and sending the call setting message or the reply message to the user network interface; and

setting at least one connection between a calling side application and a called side application corresponding to the calling side and called side application identification information through the user network interface.

7. An apparatus for controlling settings of a plurality of connections to at least one user network interface for allowing a switch network to accommodate a plurality of applications, comprising:

means for assigning a unique sub-address to each of the applications;

means for setting sub-addresses of calling side applications and sub-addresses of called side applications to a call setting message and sending the call setting message to the user network interface; and

means for setting at least one connection between a calling side application and a called side application corresponding to the sub-addresses through the user network interface.

8. An apparatus for controlling settings of a plurality of connections to at least one user network interface for allowing a switch network to accommodate a plurality of applications, comprising:

assigning information identifying the applications;

means for setting application identification information to a broadband high layer information element included in a call setting message and sending the call setting message to the user network interface; and

means for setting at least one connection between a calling side application and a called side application corresponding to the application identification information through the user network interface.

9. An apparatus for controlling settings of a plurality of connections to at least one user network interface for allowing a switch network to accommodate a plurality of applications, comprising:

assigning information identifying the applications;

means for defining an information element included in a call setting message and a reply message received from a first called side in a normal sequence, the information element being end-to-end transparent data, the information element being definable end-to-end;

means for setting application identification information to the information element included in the call setting message or the reply message and sending the call setting message or the reply message to the user network interface; and

means for setting at least one connection between a calling side application and a called side application corresponding to the application identification information through the user network interface.

10. An apparatus for controlling settings of a plurality of connections to at least one user network interface for allowing a switch network to accommodate a plurality of applications, comprising:

assigning information identifying the applications;

means for defining an information element included in a call setting message and a reply message received from a first called side in a normal sequence, the information element being end-to-end transparent data, the information element being definable end-to-end;

means for setting calling side application identification information to the information element in the call setting message or the reply message and sending the call setting message or the reply message to the user network interface; and

means for setting at least one connection between a calling side application and a called side application corresponding to the calling side terminal identification information through the user network interface.

11. An apparatus for controlling settings of a plurality of connections to at least one user network interface for allowing a switch network to accommodate a plurality of applications, comprising:

assigning information identifying the applications;

means for defining an information element included in a call setting message and a reply message received from a first called side in a normal sequence, the information element being end-to-end transparent data, the information element being definable end-to-end;

means for setting called side application identification information to the information element in the call setting message or the reply message and sending the call setting message or the reply message to the user network interface; and

means for setting at least one connection between a calling side application and a called side application corresponding to the called side application identification information through the user network interface.

12. An apparatus for controlling settings of a plurality of connections to at least one user network interface for allowing a switch network to accommodate a plurality of applications, comprising:

assigning information identifying the applications;

means for defining an information element included in a call setting message and a reply message received from a first called side in a normal sequence, the information element being end-to-end transparent data, the information element being definable end-to-end;

means for setting calling side and called side application identification information to the information element in the call setting message or the reply message and sending the call setting message or the reply message to the user network interface; and

means for setting at least one connection between a calling side application and a called side application corresponding to the calling side and called side application identification information through the user network interface.