Managing interoffice communication overload

 

The invention relates to cellular communication. The telecommunications network includes a switch destination, which determines the overload condition in the service area controlled by the switch of the recipient, and which sends the message to overload switch sender, which manages some connections that use radioresource in the service area controlled by the switch of the recipient. Message overload causes the switch sender to adjust at least one connection, which it manages in the service area controlled by the switch of the recipient. In the first mode of the invention, the switch destination identifies the selected connection, which must be regulated due to overload conditions. In this first mode, a message to restart identifies the selected connection, which shall be governed by, and further comprises a control variable (for example, a value of reduction of capacity) for the selected connection, which must be regulated. In the second mode of the invention, message overload contains the identification of congested areas (e.g., cell cell) within the service area controlled by the switch El intensity may indicate necessary to reduce congestion in the congested area. The technical result is to create a method of congestion control in the network service area, in which radioresource used by the node in the other network service area. 2 C. and 18 h.p. f-crystals, 13 ill.

Description text in facsimile form (see graphic part) Th

Claims

1. Telecommunications network containing the switch destination, which determines the overload condition in the service area controlled by the switch of the recipient, and the service area contains one or more base stations, and which sends a message about the congestion in the switch sender with switch sender manages connections with mobile stations that use radio resources in the service area controlled by the switch of the recipient, and the message overload causes the switch sender to adjust at least one connection with a mobile station, which he manages in the service area controlled by the switch of the recipient.

2. Telecommunication network under item 1, characterized in that the switch destination identifies the selected connection, which must be regulated to sideroads.

3. Telecommunication network under item 2, characterized in that the message overload contains a control variable for the selected connection, which must be regulated.

4. Telecommunication network under item 3, characterized in that the control value for the selected connection is the magnitude of the reduction in power.

5. Telecommunication network under item 2, characterized in that the message overload identifies many of the selected compounds, which must be regulated.

6. Telecommunication network under item 1, characterized in that the message overload contains the identification of congested areas within the service area managed by the switch of the recipient.

7. Telecommunication network under item 6, characterized in that congested area is cell by cell.

8. Telecommunication network under item 6, characterized in that the message overload contains the identification of many congested areas within the service area managed by the switch of the recipient.

9. Telecommunication network under item 6, characterized in that the message overload contains the index of the intensity, indicates the severity of the congestion in the congested area.

10. Telekommunikationsregulierung area.

11. The method of functioning of the telecommunications network, namely, that determine the switch destination the overload condition in the service area controlled by the switch of the recipient, and the service area contains one or more base stations, prepare and send out switch message recipient about the congestion in the switch sender with switch sender manages connections with mobile stations that use radio resources in the service area controlled by the switch destination, react through the switch sender for the message overload for regulating at least one connection with a mobile station, which switch the sender operates in a service area, the controlled switch of the recipient.

12. The method according to p. 11, characterized in that it further determine to switch the destination of the selected connection, which must be regulated as a result of a reboot, and include in the message overload the identification of the selected compounds, which must be regulated.

13. The method according to p. 12, characterized in that it further include a message about the overload magnitude Regulus is the value adjustment for the selected connection, use a value of reduction power.

15. The method according to p. 12, characterized in that it includes in the message overload many of the selected compounds, which must be regulated.

16. The method according to p. 11, characterized in that it includes in the message overload identification of congested areas within the service area controlled by the switch of the recipient.

17. The method according to p. 16, characterized in that congested area is the cell the cell.

18. The method according to p. 16, characterized in that it further include a message about overloading the identification of many congested areas within the service area controlled by the switch of the recipient.

19. The method according to p. 16, characterized in that it further include a message about the overload indicator intensity, indicates the severity of the congestion in the congested area.

20. The method according to p. 19, characterized in that the index of the intensity of points necessary to reduce congestion in the congested area.

 

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1 cl, 7 dwg, 1 tbl

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