QoS differentiation for WCDMA services mapped onto an E-DCH channel

• US 20060019671A1
• Filed: 06/22/2005
• Published: 01/26/2006
• Est. Priority Date: 07/02/2004
• Status: Abandoned Application

• Current Assignee: Nokia Corporation
• Original Assignee: Nokia Corporation
• Inventors: Mogensen, Preben, Chemiakina, Svetlana
• Application Number:
  US11/165,440
• Publication Number:
  US 20060019671A1
• Time in Patent Office: Days
• US Class Current: 455/452.200
• CPC Class Codes: H04L 47/10 Flow control; Congestion control
• CPC Class Codes: H04L 47/2433 Allocation of priorities to traffic types
• CPC Class Codes: H04L 47/2441 relying on flow classification, e.g. using integrated services [IntServ]
• CPC Class Codes: H04L 47/263 Rate modification at the source after receiving feedback
• CPC Class Codes: H04W 28/18 Negotiating wireless communication parameters
• CPC Class Codes: H04W 8/04 Registration at HLR or HSS [Home Subscriber Server]

Abstract

A system has user equipment (1; 2) each having buffers (3, 4, 5, 6; 7, 8, 9, 10) for storing packets classified according to priority and ready for transmission over a radio interface to a network element (12). In such a system, user equipment sends capacity request signals (11; 13) indicative of the various priorities of the buffered packets on the radio interface to the network element. Rather than seeking a capacity allocation decision from a higher level in the core network, the network element itself makes the capacity allocation decision and provides a capacity allocation signal (14) to the user equipment. Packets that have thus been allocated capacity by the network element are then sent from the user equipment to the network element. Having the network element make the capacity allocation decisions itself is a more efficient system since the network element is in direct communication with the user equipment over the radio interface and the decision is made in an unmediated way.

Claims

1. User equipment (2), comprising:

mechanism (20) for providing a capacity request signal (13) to a network element (12) communicating directly with said user equipment on a radio interface for capacity to send packets stored in one or more memory devices in said user equipment, said capacity request signal indicative of one or more priorities assigned to said one or more memory devices;

mechanism (21), responsive to a capacity allocated signal (14) from said network element communicating directly with said user equipment on said radio interface, said capacity allocated signal indicative of a capacity allocation made by said network element to a memory device (10) for sending packets stored therein, for providing a retrieval signal (22); and

device (23), responsive to said retrieval signal (22) for retrieving said packets stored in said memory device (10) and for providing said packets, for transmission on said radio interface.

2. Network element (12), comprising:

a capacity allocation device (32), responsive to one or more capacity request signals on a radio interface from corresponding user equipment (1, 2), for providing on said radio interface between said network element and said user equipment one or more capacity allocated signals (14) indicative of capacity allocated to said packets on said radio interface according to said priorities; and

a device (33), responsive to one or more signals (26) from said corresponding user equipment (1, 2), for receiving said packets allocated capacity on said radio interface according to said priorities.

3. System, comprising:

at least one user equipment (1, 2) each having at least one buffer (3, 4, 5, 6;

7, 8, 9, 10) for storing packets classified according to priority; and

a network element (12) for communicating directly to said at least one user equipment over a radio interface, responsive to capacity request signals (11, 13) indicative of various priorities of said packets on said radio interface between said user equipment and said network element, for providing a capacity allocation signal (14) to said at least one user equipment for permitting packets selected by said network element according to said priorities to be sent from said at least one user equipment to said network element.

4. Method, comprising:

sending a capacity request signal over a radio interface between a user equipment and a network element to request a capacity allocation by said network element for packets ready for transmission over said radio interface and classified by said user equipment according to priority, and

receiving a capacity allocation signal over said radio interface from said network element indicative of a capacity allocation decision made by said network element according to said priority indicated in said capacity request signal considering capacity available on an uplink of said radio interface.

5. A computer program stored on a computer readable medium for execution in a device of user equipment, said program for enabling said user equipment to send a capacity request signal over a radio interface between said user equipment and a network element to request a capacity allocation by said network element for packets ready for transmission over said radio interface and classified according to priority, said program for enabling said user equipment to receive a capacity allocation signal over said radio interface from said network element indicative of a capacity allocation made by said network element according to said priority indicated in said capacity request signal considering capacity available.

6. Integrated circuit for use in a device of user equipment for enabling said user equipment to send a capacity request signal over a radio interface between said user equipment and a network element to request a capacity allocation by said network element for packets ready for transmission over said radio interface and classified according to priority, said integrated circuit for enabling said user equipment to receive a capacity allocation signal over said radio interface from said network element indicative of a capacity allocation made by said network element according to said priority indicated in said capacity request signal considering capacity available.

7. Method, comprising:

receiving a capacity request signal over a radio interface between a user equipment and a network element requesting a capacity allocation by said network element for packets ready for transmission over said radio interface and classified by said user equipment according to priority, and

sending a capacity allocation signal over said radio interface from said network element indicative of a capacity allocation decision made by said network element according to said priority indicated in said capacity request signal, considering available capacity on said radio interface from said user equipment to said network element.

8. A computer program stored on a computer readable medium for execution in a network element in direct communication with user equipment over a radio interface, said program for enabling said network element to receive a capacity request signal over said radio interface from said user equipment requesting a capacity allocation for packets ready for transmission over said radio interface and classified by said user equipment according to priority, said program for enabling said network element to send a capacity allocation signal over said radio interface from said network element to said user equipment indicative of a capacity allocation decision made by said network element according to said priority indicated in said capacity request signal, considering available capacity of said radio interface from said user equipment to said network element.

9. Integrated circuit for use in a network element in direct communication with user equipment over a radio interface, said integrated circuit for enabling said network element to receive a capacity request signal over said radio interface from said user equipment requesting a capacity allocation for packets ready for transmission over said radio interface and classified by said user equipment according to priority, said integrated circuit for enabling said network element to send a capacity allocation signal over said radio interface from said network element to said user equipment indicative of a capacity allocation decision made by said network element according to said priority indicated in said capacity request signal, considering available capacity of said radio interface from said user equipment to said network element.

10. Device, comprising:

mechanism (20) for sending a capacity request signal over a radio interface between a user equipment and a network element to request a capacity allocation by said network element for packets ready for transmission over said radio interface and classified by said user equipment according to priority, and

mechanism (21) for receiving a capacity allocation signal over said radio interface from said network element indicative of a capacity allocation decision made by said network element according to said priority indicated in said capacity request signal considering capacity available on an uplink of said radio interface.

11. Network element, comprising:

device (30) for receiving a capacity request signal over a radio interface between a user equipment and a network element requesting a capacity allocation by said network element for packets ready for transmission over said radio interface and classified by said user equipment according to priority; and

capacity allocation device (32) for sending a capacity allocation signal over said radio interface from said network element indicative of a capacity allocation decision made by said network element according to said priority indicated in said capacity request signal, considering available capacity on said radio interface from said user equipment to said network element.