Logical access server comprising access cards which enable service providers to supervise communication operators equipment

• US 20040054768A1
• Filed: 08/25/2003
• Published: 03/18/2004
• Est. Priority Date: 10/25/2000
• Status: Abandoned Application

• Current Assignee: Nokia Corporation
• Original Assignee: Nokia Corporation
• Inventors: Pentikainen, Heimo, Valipirtti, Pekka, Hallikainen, Jouko, Kuvaja, Janne
• Application Number:
  US10/415,135
• Publication Number:
  US 20040054768A1
• Time in Patent Office: Days
• US Class Current: 709/223
• CPC Class Codes: H04L 41/0213 Standardised network management protocols, e.g. simple network management protocol [SNMP]
• CPC Class Codes: H04L 41/046 comprising network management agents or mobile agents therefor

Abstract

The invention concerns three kinds of telecommunication equipment: access cards, logical access servers consisting of said access cards, and the network management system (NMS) for supervising the logical access servers. The first item of telecommunication equipment according to the present invention, the access card, is similar to a PCU card. It also includes RAM memory and at least one processor. The access card is equipped with 1) a fixed Internet address, 2) an access agent, 3) at least one management information base (MIB), and optionally 4) a supervisory agent The MIB is a virtual information base, which is used to specify data pieces in data requests. An Internet service provider'"'"'s application communicates with the access agent and requests the data stored in the access card by means of the MIB. The supervisory agent controls logins to the access card and the use of the access card. The second item of telecommunication equipment according to the present invention is the logical access server. Each Internet service provider (ISP) has its own logical access server, which consists of access cards. These access cards may belong to one or more telecommunication servers of an operator. The third item of telecommunication equipment according to the present invention is an NMS for supervising the logical access servers. The NMS enables: the naming of logical access servers, the addition and removal of access cards to logical access servers, and the supervision of logical access servers.

Claims

1. A method for using data stored in an access card, the access card comprising a memory and at least one processor and being a part of a communication server, wherein the access card is adapted for receiving and handling operation requests

characterized by the steps of:

equipping the access card with

at least one virtual information base with a certain notation for reading and updating contents of the memory,

a fixed communication network address, and

an access agent which is a program adapted to retrieve data from the memory and store data in the memory, and then

concerning the access card

controlling login attempts received through the fixed communication network address, and after a permitted login

receiving through the fixed communication network address an operation request related to the contents of the memory, wherein the operation request is disclosed by using said notation,

executing the operation request by using the access agent, and

sending the results of the operation request executed from the access card through the fixed communication network address.

2. A method as defined in claim 1, characterized in that at least one virtual information base is a management information base.

3. A method as defined in claim 1, characterized in that the operation request and the results are transmitted according to a simple network management protocol (SNMP).

4. A method as defined in claim 1, characterized in that the results include data which is retrieved from the memory.

5. A method as defined in claim 1, characterized in that the operation request includes data which is stored in the memory when the operation request is executed.

6. A method as defined in claim 1, characterized in that the access agent is further adapted to execute operation requests concerning the tasks of a network management system, the tasks comprising:

managing subscriber data and

forwarding charging information via the Internet through the fixed communication network address, wherein the charging information originates from the operator'"'"'s telecommunication network,

7. A method as defined in claim 1, characterized by the further steps of:

equipping the access card with a supervisory agent, which is a program for executing the tasks of a network management system and

adapting the supervisory agent for

controlling the login attempts and accepting the permitted logins,

controlling the number of the login attempts so that the load of the access card remains under a certain overload limit,

reporting faults and disturbances by means of alarms, and

allowing the access agent to execute the operation request only when the requested operation is permissible.

8. An access card for a telecommunication server—

, the access card comprising a memory and at least one processor, wherein the access card is adapted for receiving and handling operation requests,

characterized in that the access card comprises;

at least one virtual information base with a certain notation for retrieving and updating the contents of the memory, and

a fixed communication network address,

means for controlling login attempts received through the fixed communication network address,

means for receiving an operation request through the fixed communication network address, wherein the operation request includes notations in reference to the virtual information base of the access card,

an access agent for executing the operation request, wherein the access agent is a program adapted to retrieve data from the memory and store data in the memory, and

means for sending results of the executed operation request from the access card through the fixed communication network address.

9. An access card as defined in claim 8, characterized in that at least one virtual information base of the access card is a management information base.

10. An access card as defined in claim 8, characterized in that the operation request and the results are transmitted according to a simple network management protocol (SNMP).

11. An access card as defined in claim 8, characterized in that the results include data which is retrieved from the memory.

12. An access card as defined in claim 8, characterized in that the operation request includes data which is stored in the memory when executing the operation request.

13. An access card as defined in claim 8, characterized in that the access card comprises:

means for managing subscriber data and

means for forwarding charging information via the Internet through the fixed communication network address, wherein the charging information originates from the operator'"'"'s telecommunication network,

wherein the access agent is adapted to execute the operation requests concerning tasks of a network management system.

14. An access card as defined claim 8, characterized in that the access card further comprises:

a supervisory agent, which is a program adapted to execute tasks of the network management system, the supervisory agent comprising

means for controlling the login attempts,

means for checking whether the operation requested is permissible before allowing the access, agent to execute the operation request,

means for controlling the number of logins so that the load of the access card does not exceed a certain overload limit, and

means for reporting faults and disturbances through alarms.

15. A logical access server locating at a network with telecommunication servers, logical access servers for utilizing the telecommunication servers, a network management system for supervising the logical access servers, and customers using the logical access servers,

characterized in that a logical access server consists of access cards, said access cards belonging to at least one telecommunication server, each access card having a memory and at least one processor and comprising:

at least one virtual information base with a certain notation for retrieving and updating the contents of the memory

a fixed communication network address,

means for controlling the login attempts received through the fixed communication network address,

means for receiving an operation request through the fixed communication network address, wherein the operation request is disclosed by using the virtual information base of the access card,

an access agent for executing the operation request, said access agent being a program adapted to retrieve data from the memory and store data in the memory, and

means for sending the results of the executed operation request from the access card from the fixed Internet address of the said access card.

16. A logical access server as defined in claim 15 characteri zed in that one access card is shared by several logical access servers.

17. A logical access server as defined in claim 15, character ized in that the access cards forming one logical access server belong to several telecommunication servers.

18. A logical access server as defined in claim 17, character ized in that the logical access server is adapted to receive and perform network management commands.

19. A logical access server as defined in claim 18, characteri zed in that the network management commands are man machine language commands (MML commands).

20. A logical access server as defined in claim 18, character ized in that the network management system comprises:

means for naming a logical access server, means for assigning the logical access server to one of the customers of the operator,

means for allocating the access cards to the logical access servers and deallocating the access cards from the logical access servers.

21. A logical access server as defined in claim 20, character ized in that the network management system further comprises:

means for supervising the logical access servers by using the supervisory agents placed on the access cards.

22. A logical access server as defined in claim 21, character ized in that the network management system is adapted to offer to a customer a view to logical access server assigned to the customer, and the customer supervises the logical access server by using the view.

23. A logical access server as defined in claim 22, character ized in that the view is offered so that the customer supervises the logical access server through the wiring of the telecommunication servers, which wiring connects each access card to one telecommunication server and each telecommunication server to the operator'"'"'s telecommunication network.

24. A logical access server as defined in claim 22, character ized in that the view is offered so that the customer supervises the logical access server through fixed communication network addresses of access cards belonging to the logical access server.

25. A logical access server as defined in claim 22, character ized in that the fixed communication network address is a fixed internet address.