Method and apparatus for controlling an exchange

• US 5,822,422 A
• Filed: 09/23/1996
• Issued: 10/13/1998
• Est. Priority Date: 09/30/1995
• Status: Expired due to Fees

• Current Assignee: Alcatel NV (Nokia Corporation)
• Original Assignee: Alcatel NV (Nokia Corporation)
• Inventors: Stahl, Bernd, Daase, Detlef, Legat, Karl-Heinz
• Primary Examiner(s): Hong, Harry S.
• Assistant Examiner(s): Wolinsky, Scott
• Application Number:
  US08/710,812
• Time in Patent Office: 750 Days
• Field of Search: 379/201, 379/202, 379/219, 379/242, 379/112, 379/268, 379/269, 395/680, 395/682, 395/670, 395/671
• US Class Current: 379/269
• CPC Class Codes: H04Q 3/5455 Multi-processor, parallelism, distributed systems

Abstract

A method of controlling an exchange (NE), and a communications system which comprises at least one such exchange (NE) and a management system (OS). The exchange (NE) is controlled by a number of application programs. The application programs are assigned to two different control units (CONTR1; CONTR2), namely a first and a second control unit (CONTR1; CONTR2), with different operating system platforms. One part of the application programs runs on an operating system platform of the first control unit (CONTR1), which is specifically adapted for the performance of switching functions. The other part of the application programs which is assigned to the second control unit (CONTR2), runs on a universal operating system platform. In this case the application programs of the first control unit (CONTR1) cooperate with the application programs of the second control unit (CONTR2) to provide switching functions.

Claims

1. A method of controlling an exchange (NE) having a switching network (DSN) for interconnecting a plurality of subscribers, wherein the exchange (NE) is controlled by a plurality of application programs (FMM1 to FMM9 AP1 to AP6), and wherein some of the application programs (FMM1 to FMM9) run on an operating-system platform (OPS1) contained in a first control unit (CONTR1) and specifically adapted for the performance of switching of connections among said subscribers, characterized in that:

the application programs (FMM1 to FMM9;

AP1 to AP6) are assigned to two different control units (CONTR1;

CONTR2), namely the first control unit (CONTR1) and a second control unit (CONTR2), with different operating-system platforms (OPS1;

OPS2),

the application programs (AP1 to AP6) of the second control unit (CONTR2) run on a universal operating-system platform (OPS2), and

the application programs (FMM1 to FMM9) of the first control unit (CONTR1) cooperate with application programs (AP1 to AP6) of the second control unit (CONTR2) in performing switching functions.

2. A method as claimed in claim 1, characterized in that application programs (FMM1 to FMM9;

AP1 to AP6) of the first and second control units (CONTR1;

CONTR2) cooperate on the client-server principle.

3. A method as claimed in claim 2, characterized in that application programs (AP1 to AP6) of the second control unit (CONTR2) function as service and call-handling servers for application programs (FMM1 to FMM9) of the first control unit (CONTR1).

4. A method as claimed in claim 1, characterized in that the first and second control units (CONTR1, CONTR2) are interconnected datawise.

5. A method as claimed in claim 4, characterized in that a data base each (DBMS1, DBMS2) is provided for the first and the second control unit, that the data bases (DBMS1, DBMS2) are linked and that application programs (AP1 to AP6) of the second control unit (CONTR2) access data of the first control unit (CONTR1) via this linkage of data bases (DBMS1, DBMS2).

6. A method as claimed in claim 1, characterized in that access is made possible from the second control unit (CONTR2) to all relevant data of the first control unit (CONTR1), and the first control unit (CONTR1) thereby forms an open system.

7. A method as claimed in claim 1, characterized in that network management functions are processed by the application programs (AP1 to AP6) of the second control unit (CONTR2).

8. An exchange (NE) comprising a switching network (DSN) for interconnecting a plurality of subscribers, and a control facility which is provided with a plurality of application programs (FMM1 to FMM9 AP1 to AP6) for controlling the exchange (NE) and with a first control unit (CONTR1) containing an operating-system platform (OPS1) specifically adapted for the performance of switching of connections among said subscribers, characterized in that:

the application programs (FMM1 to FMM9;

AP1 to AP6) are assigned to two different control units (CONTR1;

CONTR2), namely the first control unit (CONTR1) and a second control unit (CONTR2),

the second control unit (CONTR2) is provided with a universal operating-system platform (OPS2), and

the application programs (FMM1 to FMM9;

AP1 to AP6) of the two control units (CONTR1;

CONTR2) are each designed to be executable on a respective one of said operating-system platforms (OPS1;

OPS2) and cooperate with application programs (FMM1 to FMM9;

AP1 to AP6) of the respective other control unit (CONTR1;

CONTR2) in performing switching functions.

9. An exchange (NE) as claimed in claim 8, characterized in that the first control unit (CONTR1) comprises one computer system or two or more interconnected computer systems (CE1 to CE6, CE7 to CE10), and that the second control unit (CONTR2) comprises one computer system or two or more interconnected computer systems (CE1 to CE6, CE7 to CE10).

10. An exchange (NE) as claimed in claim 9, characterized in that the computer systems (CE1 to CE6) of the first control unit (CONTR1) are specifically adapted for the performance of switching functions, and that the computer systems (CE7 to CE10) of the second control unit (CONTR2) are universal computer systems.

11. An exchange (NE) as claimed in claim 9, characterized in that the computer systems (CE1 to CE6) of the first control unit (CONTR1) and at least one computer system (CE7, CE8) of the second control unit (CONTR2) are interconnected via a communications network (DSN).

12. An exchange (NE'"'"') as claimed in claim 9, characterized in that at least one (CE3'"'"') of the computer systems of the first control unit (CONTR1'"'"') is provided with an interface device for interfacing with the second control unit (CONTR2'"'"').

13. A communications system comprising a management system (OS) and a plurality of exchanges connected to the management system (OS), characterized in that at least one of the exchanges (NE) comprises a switching network (DSN) and a control facility which is provided with a plurality of application programs (FMM1 to FMM9;

AP1 to AP6) for controlling said exchange (NE) and with a first control unit (CONTR1) containing an operating-system platform (OPS1) specifically adapted for the performance of switching functions, wherein the application programs (FMM1 to FMM9;

AP1 to AP6) are assigned to two different control units (CONTR1;

CONTR2), namely the first control unit (CONTR1) and a second control unit (CONTR2), that the second control unit (CONTR2) is provided with a universal operating-system platform (OPS2), and that application programs (FMM1 to FMM9;

AP1 to AP6) of the two control units (CONTR1;

CONTR2) are each designed to be executable on a respective one of said operating-system platforms (OPS1;

OPS2) and cooperate with application programs (FMM1 to FMM9;

AP1 to AP6) of the respective other control unit (CONTR1;

CONTR2) in performing switching functions; and

that the management system (OS) is connected to said exchange (NE) via the second control unit (CONTR2).

14. A communications system as claimed in claim 13, characterized in that the management system (OS) and the second control unit (CONTR2) are provided with like operating-system platforms.